High-frequency amplifier with collector current stabilising device. RU patent 2509407.
 High-frequency amplifier with device for stabilising collector current of heterostructure bipolar transistor / 2497271Method is realised via summation of current of two control channels, one of which forms a component proportional to current of the reference transistor, and the other forms a component dependent on base-emitter voltage difference of the output and reference transistors. To this end, the device for stabilising collector current of the output heterostructure bipolar transistor further includes an emitter follower, a second reference transistor and two current distribution resistors. |
 High-voltage unipolar pulse amplitude limiter / 2467472Invention relates to computer engineering and specifically to radar, and can be used in excitation systems of avalanche diode or Gunn diode microwave oscillators. The unipolar pulse amplitude limiter has: an input and an output, a bipolar transistor whose emitter is connected to the output of the limiter and the collector is connected to a conductor which is common for the whole device, a first resistor whose first lead is connected to the emitter of the bipolar transistor and the second lead is connected to the input of the limiter, a second resistor whose first lead is connected to the emitter of the bipolar transistor and the second lead is connected to the conductor which is common for the whole device, a third resistor whose first lead is connected to a power supply, a stabilitron whose cathode is connected to the second lead of the third resistor and the anode is connected to the conductor which is common for the whole device, and a capacitor whose first lead is connected to the second lead of the third resistor and the second lead is connected to the conductor which is common for the whole device; there is semiconductor diode whose anode is connected to the base of the bipolar transistor and the cathode is connected to the second lead of the third resistor. |
 Device to protect bandpass power amplifier against overloads / 2450426Device comprises a feedback circuit, which includes a directional coupler, a detector, a control unit, a bipolar transistor, a collector connected to a common conductor, a bandpass power amplifier, the second bipolar transistor, a source of an amplified signal, the first, second and third matched load. |
 Radio communication signal amplification device and method / 2438231Method is implemented by means of feedback circuit with chain (401) of amplifiers (412), which is connected to controller (413) of amplification factor, which receives the specified amplification value (Vatt) of constant value (Vfgm) in order to implement the amplification with constant amplification factor (FGM) or variable value (Valc) to implement amplification (ALC) with constant amplified power (Pout), by means of the first control (406) having the possibility of output of this specified variable value (Valc) on the basis of measurement of amplified power (Pout). According to the invention, such method differs by the fact that in amplification mode (FGM) with constant amplification factor the specified value transmitted with the first control (406) is kept in the value close to the specified constant value (Vfgm). |
 Time-dependent audio volume with using time-dependent assessment probability density / 2433525Method involves assessment of time-dependent probability density of short-term signal strength and signal strength smoothing with using probability density. The signal may be presented with an audio signal. Said short-term strength and smoothed strength may represent a time series, and each of them has current and previous timing indicators. Before smoothing, it is possible to calculate probability of the smoothed strength with a previous timing indicator. Before smoothing, smoothing coefficients are derived from probability density. Calculation of the smoothing coefficients may involve calculation of the smoothing coefficients with using the smoothed strength with the previous timing indicator, the short-term strength with the current timing indicator and probability of the smoothed strength with the previous timing indicator. Calculation of the smoothing coefficients may involve calculation of factors the smoothing coefficients with using a width of assessment probability density. |
 Control device of amplitude of heavy pulse signals / 2429558Control device of amplitude of heavy signals includes the first low-pass filter the input of which is the input of device for controlled signal, the second low-pass filter the output of which is the output of device, bipolar transistor the emitter of which is connected to input of the second low-pass filter, resistor and input of control signal. There introduced is semiconductor diode the first output of which is connected to base of bipolar transistor, and the second output is connected to input of control signal, and additional bipolar transistor the emitter of which is connected to output of the first low-pass filter, collector - to base of bipolar transistor, and base - to the first output of resistor; at that, collector of bipolar transistor is connected to output of the first low-pass filter and the second output of resistor is connected to common conductor. |
 Bipolar current mirror with controlled transfer ratio / 2422980Electronic adjustment of transfer ratios in current sources controlled by current on the basis of a current mirror is carried out through usage of control transistors in basis circuits of the current mirror transistors, and control transistors have a structure opposite to a structure of the current mirror transistors (2) and perform function of controlled voltage sources. The transfer ratio is controlled by a differential voltage supplied to bases of control transistors (5). Connection of transistors that form current current mirrors with input and output transistors, makes it possible to expand a dynamic range of a control signal. |
 Controlled complementary differential amplifier / 2421897Controlled amplifier is the base node of modern receiving and processing systems of HF and microwave signals, analogue computing and measuring equipment. Controlled complementary differential amplifier includes the first (1) and the second (2) input transistors the collectors of which are connected to the first (3) power source, the first (4) and the second (5) output tripoles the base inputs of which are connected to each other, collector output of the first (4) output tripole is connected to the first (6) input of load circuit (7), which is matched with the second (8) power source, collector output of the second (5) output tripole is connected to the second (9) input of load circuit; emitter of the first (1) input transistor is connected to emitter input of the first (4) output tripole; emitter of the second (2) input transistor is connected to emitter input of the second (5) output tripole; at that, control input (10) of controlled pedestal current source (11) is connected to control voltage source (12). To the diagram there introduced is the first (13) and the second (14) additional transistors and additional pedestal current source (15) connected between combined base inputs of the first (4) and the second (5) output tripoles and the second (8) power source; at that, controlled pedestal current source (11) is connected between the first (3) power source and combined emitters of the first (13) and the second (14) additional transistors; base of the first (13) additional transistor is connected to emitter of the first (1) input transistor; base of the second (14) additional transistor is connected to emitter of the second (2) input transistor; collector of the first (13) additional transistor is connected to collector output of the first (4) output tripole; collector of the second (14) additional transistor is connected to collector output of the second (5) output tripole. |
 Sound amplification control based on particular volume of acoustic event detection / 2417514In one aspect of dynamic amplification variation control, sound signal is controlled in response, at least, partially, to acoustic event and/or degree of signal variation related with boundaries of acoustic event. In another aspect, sound signal is divided into acoustic events to compare difference between particular volumes between successive time units of sound signal. |
 Processing dynamic properties of audio using retuning / 2413357Processor or method of processing dynamic properties of audio employs a mechanism or sequence of retuning operations for fast adaptation to changes in content in the audio signal. The retuning signal can be generated by analysing the audio signal itself, or retuning can be performed based on an external event, such as changing the channel on a television receiver or changing the input selection on an audio/video receiver. If there is an external activating signal, one or more features of the state of the dynamic property processor for the current audio source can be stored or associatively linked to such an audio source before switching to a new audio source. Further, if the system if switched back to the first audio source, the dynamic property processor can be retuned to a state stored earlier or approximation thereof. |
 Optical amplifier and optical transmission line / 2248087Proposed controllable optical amplifier designed to transfer wavelength-multiplexing signals has, respectively, first gain control device (OE1, OE2, R1) and second dominating control device (OE2, R2, R1) having much slower output power control characteristic (Pout)in compliance with basic sold power (Psold). Transmission lines equipped with such amplifiers are characterized in that both fast changes in level and slow changes in attenuation can be compensated for in them. |
 Device for overcurrent protection of unidirectional pulses amplifier / 2328818Device consists of feedback circuit, which contains power divider, detector, control unit, resistor, bipolar transistor, at that power divider is made as current transformer that consists of ferrite ring and two windings, the primary winding is made in the form of strip conductor passed through ferrite ring, the ends of which form input and the first output of power divider, and the secondary winding is made of wire wound on ferrite ring, the first end of which is connected to conductor that is common for amplifier and feedback circuit, and the second end forms the second output of power divider, at that resistor is installed in the opening of ferrite ring, and its outputs embrace the ring from both sides and are galvanically connected between each other. |
 Bipolar current mirror with regulated transfer constant / 2377633Bipolar current mirror with regulated transfer constant relates to electrical measurement techniques and automation. For this purpose regulating transistors are used, having a structure which is opposite to that of current mirror transistors and which work as controlled voltage sources for base or emitter circuits of not only output but input current mirror transistors as well. The transfer constant is regulated with differential voltage applied across bases of regulating transistors. |
 Differential amplifier with controlled gain / 2384935Invention relates to radio engineering and communication and can be used as a broadband amplifier whose voltage transfer ratio depends on the control signal level uc, for example in analogue microcircuit structures for various functional purposes, automatic gain control systems, analogue signal multipliers etc. The differential amplifier (DA) has first (1) and second (2) input transistors (T) of a parallel-balance cascade, whose emitters are connected to the current input (3) of the parallel-balance cascade, the bases are connected to the corresponding first (4) and second (5) main inputs of the DA, and the collectors are connected to the first (6) and second (7) outputs of the DA and to the load circuit (8), first (9) and second (10) T of the gain control circuit (GCC), whose bases are connected to the control input (11) of the DA, the emitters are connected to the first (12) reference current source (RCS), and the collectors are connected to the first (6) and second (7) outputs of the DA. The circuit includes an additional resistor (13) and an additional RCS (14), where the additional resistor (13) is connected between the joined emitters of the first (9) and second (10) T of the GCC and the current input (3) of the parallel-balance cascade, which is connected to the additional RCS (14). |
 Controlled two-stage differential amplifier with inphase negative feedback / 2384936Proposed invention relates to radio engineering and communication and can be used in automatic gain devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier is the basic block of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The differential amplifier (DA) has an input parallel-balance cascade (1) with a controlled current source (CCS) (2) in a common emitter circuit (3), first (4) and second (5) current outputs of which are connected to first (6) and second (7) load two-terminal circuits and corresponding first (8) and second (9) inputs of the output differential stage (DS) (10), where the output (11) for the inphase signal of the DS (10) is connected to the control input (12) of the CCS (2) in the common emitter circuit (3). The circuit includes a control voltage-top-current converter (13) having first (14) and second (15) inphase outputs connected to corresponding first (4) and second (5) current outputs of the input parallel-balance cascade (1). |
 Complementary differential amplifier with controlled gain / 2384937Invention relates to radio engineering and communication and can be used in automatic gain devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier and analogue multiplier are basic blocks of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The complementary differential amplifier (CDA) has a first differential stage (DS) with n-p-n transistors (1, 2), first current input (3), first (4) reference current source (RCS) and first (5) and second (6) current outputs of the first DS, a second DS on p-n-p transistors (T) (7, 8) with a second current input (9), second RCS (10), first (11) and second (12) current outputs of the second DS, first (13) and second (14) inputs of the CDA connected to corresponding bases of T (1, 7) and bases of T (2, 8), an output current adder (15) with first (16) and second (17) inputs matched with the bus of a positive power supply (PS) (18), as well as with first (19) and second (20) inputs matched with the bus of a negative PS (21). The system includes first (22) n-p-n and second (23) p-n-p additional T, whose bases are connected to the gain control circuit (24), the emitter of T (22) is connected to RCS (25) and through the first (26) auxiliary resistor to the current input (3) of the first DS, the emitter of T (23) is connected to RCS (27) and through the second (28) auxiliary resistor to the current input (9) of the second DS, where the first current output (5) of the first DS is connected to the first input (16) of the output current adder (15), the second current output (6) of the first DS is connected to the second input (17) of the output current adder (15), the first current output (11) of the second DS is connected to the second input (20) of the output current adder (15), and the second current output (12) of the second DS is connected to the first input (19) of the output current adder (15). |
 Complementary differential amplifier with controlled gain / 2384938Invention relates to radio engineering and communication and can be used in automatic gain devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier is the basic block of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The complementary differential amplifier (CDA) has a first (1) differential stage (DS) having first (2) and second (3) potential inputs, a current output (4) connected to the first (5) input of an output current adder (6), first (7) reference current source (RCS) connected to the common emitter circuit (8) of the first (1) DS, a second DS (9) having first (10) and second (11) potential inputs connected to corresponding first (2) and second (3) potential inputs of the fist DS (1) and first (12) and second (13) inputs of the CDA, as well as a current output (14) connected to the second (15) input of the output current adder (6), a second (16) RCS connected to the common emitter circuit (17) of the second DS (9). The circuit includes a first additional transistor (T) (18) whose emitter is connected through a first additional resistor (19) to the common emitter circuit (17) of the second DS (9) and the first additional (20) RCS, the base is connected to the first control input (21) of the CDA and the collector is connected to the common emitter circuit (8) of the first DS (1). |
 Complementary cascode differential amplifier with controlled gain / 2388137Invention relates to radio engineering and communication and can be used in automatic gain control devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier is the basic block of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The complementary cascode differential amplifier with controlled gain has first (1) and second (2) input transistors (T), whose collectors are connected to the input (3) of a current mirror (4), first (5) and second (6) output T, whose bases are combined and connected to the output (7) of the current mirror (4) and a current stabilising two-terminal circuit (8), emitters are connected to corresponding emitters of the first (1) and second (2) input T, and collectors are connected to a load circuit (9). The circuit has a first (10) control T, whose emitter is connected to the first reference current source (11) and through first (12) and second (13) additional resistors to emitters of the first (1) and second (2) input T respectively. |
 Differential amplifier with controlled gain / 2388138Invention relates to radio engineering and communication and can be used in automatic gain control devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier is the basic block of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The differential amplifier (DA) has first (1) and second (2) input transistors (T), whose emitters are connected to each other through anti-parallel connected first (3) and second (4) p-n junctions and connected to the first (5) and second (6) reference current sources, a load circuit (7) connected to collectors of the first (1) and second (2) input T, a third reference current source (8) connected to the common point of anti-parallel connected first (3) and second (4) p-n junctions. The circuit has a first (11) and a second (12) control T, whose bases are connected to the control input (13) of the DA, combined collectors are connected to the third reference current source (8), the emitter of the first (11) control T is connected to the emitter of the first (1) input T, and the emitter of the second (12) control T is connected to the emitter of the second (2) input T. |
 Cascode differential amplifier with controlled gain / 2388139Invention relates to radio engineering and communication and can be used in automatic gain control devices, phase detectors and modulators, in phase-locked loop and frequency multiplication systems or as an amplifier whose voltage transfer ratio depends on the control signal level. The controlled amplifier is the basic block of modern systems for receiving and processing high-frequency and microwave signals, and analogue computer and measurement equipment. The cascode differential amplifier with controlled gain has an input voltage-to-current converter (1), having first (2) and second (3) inputs and first (4) and second (5) current inputs connected to emitters of the first (6) and second (7) output transistors, load elements (8) connected to collectors of the first (6) and second (7) output transistors, a bias voltage source (9) connected to the base of the first (6) and second (7) output transistors through the first (10) and second (9) antiphase sources of the amplified signal. A first additional capacitor (12) is connected between the emitter of the first (6) output transistor and the power supply bus, and collectors of the output transistors (6) and (7) are connected to each other and to the load element (8). |
FIELD: radio engineering, communication.
SUBSTANCE: method is realised via summation of current of two control channels, one of which forms a component proportional to current of the reference transistor, and the other forms a component dependent on base-emitter voltage difference of the output and reference transistors. To this end, the device for stabilising collector current of the output transistor includes an additional second current mirror output and a differential amplifier with a low-pass filter.
EFFECT: gain stability and protection of the output transistor of the amplifier from overheating.
4 cl, 1 dwg
The technical field
The invention relates to the field of radio engineering and electronics. In particular, integrated circuits based on mixed bipolar and CMOS (BiCMOS) technology.
The level of equipment
The problem of stabilization of static operation of the amplifier is that in real conditions of the heat power dissipated in the amplifying cascades, and the temperature of the output transistor depend on the operation mode. The operating temperature of transistors in a single monolithic chip may differ by 10-20 degrees. [1] In critical cases, the possible thermal breakdown power bipolar transistors. With the increase in temperature reduces the voltage base - emitter voltage and increases the gain of base current. In the temperature range gain current increases with increasing temperature, with the proportionality 0.3-0.5%/K. And voltage base - emitter voltage at a given current emitter is reduced by a factor of 2 mV/K [2].
In the known technical solutions (EN 2193272 C1 (2002), EN 60816 U1 (2006), EN 2421882 C1 (2011), EN 2419198 C1 (2011)the unit of stabilization of the collector current offset the change in voltage caused by changes in the average temperature of the crystal chip. The current change, caused by local heating of transistors, is not indemnified.
The closest technical solution is the power of high-frequency signals described in the patent of the Russian Federation 2116693 C1 (1996). The prototype includes a support cascade forming voltage base - emitter voltage, depending on the average temperature of the crystal; managing cascade that specifies the base current reference and output transistors;
cascade frequency correction, preventing the penetration of the input frequency signal of the reference cascade; output stage, the mode, which is determined by the structure of stabilization. Local change of voltage base - emitter voltage output transistor is compensated partly by limiting resistor, a gain change of power is not compensated. Stabilization collector current in the device prototype incomplete. Current increases with the ambient temperature and supply voltage. At the same time growing power consumption and temperature output transistor, reduced reliability of products.
Disclosure of the invention
The present invention is to provide stability of the gain and protection of the output transistor amplifier from overheating. The technical result, which allow to fulfill this task, is to reduce variations collector current output transistor when the operating temperature of the amplifier, load resistance and supply voltage.
According to the invention, the technical result is achieved due to the fact that high-frequency amplifier with device stabilization of the collector current (Fig.), including output stage (1) on the basis of the first bipolar transistor (2) common-emitter and reactive load (3)included between the collector of the first bipolar transistor (2) and bus is positive power (4), with the output of the amplifier (5) connected to the collector for the first bipolar transistor (2), and the input of the amplifier (6) through the first decoupling capacitor (7) is connected to the base of the first bipolar transistor (2), the unit of stabilization of the collector current (8) of the first bipolar transistor, including second anchor transistor (9)connected in series with (10) between grounded bus (11) and the bus of the positive supply (4), third transistor (12), connected to a database with header 2nd support transistor (9), the emitter to base the second calibration transistor (9), and collector with input «current mirrors» (13), the first output of which is connected to the base of the first bipolar transistor (2) and forms the main control channel forming component of the collector current of the first bipolar transistor (2), proportional to the current of (10), in the unit of stabilization of the collector current (8) have introduced the second exit «current mirrors» (13) and a differential amplifier (14), and the second output «current mirrors» (13) is connected with the joint the origins of the first (15) and the second (16) P-MOS transistor differential amplifier (14), the closures of the first (15) and second (16) P-MOS transistors through the first R1 (17) and the second R2 (18) resistors connected with the bases of the first (2) and 2 (9) of bipolar transistors, respectively, Stoke first P-MOS transistor (15) is connected to the base and collector fourth bipolar transistor (19) with grounded emitter, and the flow of the second P-MOS transistor (16) is connected to the base of the first bipolar transistor (2), and this connection is the second optional channel management, diminishing the second component of the collector current of the first bipolar transistor proportional to the temperature difference between the first and second bipolar transistors.
«Current mirror» (13) built on the third (20), fourth (21) and fifth (22) R-MOSFETs, and the origins of these transistors connected to the bus of the positive power supply (4), drain and gate of the third P-MOS transistor (20), the gates of the fourth (21) and fifth (22) P-MOS transistors connected with input «current mirrors» (13), and drains the fourth (21) and fifth (22) P-MOS transistors connected with the first and second outputs current mirrors», respectively.
And the gates of the first (15) and second (16) P-MOS transistors are connected via a capacitor (23), which together with resistors R1 (17) and R2 (18) form a low-pass filter that prevents signal modulation control input frequency signal.
(10) is made in the form of resistor R3 low temperature coefficient of resistance.
Brief description of drawings
The figure presents the diagram of high-frequency amplifier with a device stabilization of the collector current. Shows the output stage and the unit of stabilization of the collector current output bipolar transistor with «current mirror» and differential amplifier.
The implementation of the invention
High-frequency amplifier with device stabilization of the collector current (Fig.) includes output stage (1) on the basis of the first bipolar transistor (2) common-emitter and reactive load (3)included between the collector of the first bipolar transistor (2) and the bus of the positive supply (4), with the output of the amplifier (5) connected to the collector for the first bipolar transistor (2), and the input of the amplifier (6) through the first decoupling capacitor (7) is connected to the base of the first bipolar transistor (2); the unit of stabilization of the collector current (8) of the first bipolar transistor, including second anchor transistor (9)connected in series with (10) between grounded bus (11) and the bus of the positive supply (4); the third transistor (12), connected to a database with header 2nd support transistor (9), the emitter to base the second reference transistor (9), and collector with input «current mirrors» (13), the first output of which is connected with the base of the first bipolar transistor (2) and constitutes the main channel management, diminishing the second component of the collector current of the first bipolar transistor (2), proportional to the current of (10),
In the unit of stabilization of the collector current (8) inputs: the second exit «current mirrors» (13) and a differential amplifier (14), and the second output «current mirrors» (13) is connected with the joint the origins of the first (15) and second (16) P-MOS transistors differential amplifier (14), the closures of the first (15) and second (16) P-MOS transistors through the first R1 (17) and the second R2 (18) resistors connected with the bases of the first (2) and 2 (9) of bipolar transistors, respectively, Stoke first P-MOS transistor (15) is connected to the base and collector fourth bipolar transistor (19) with grounded emitter, and the flow of the second P-MOS transistor (16) is connected to the base of the first bipolar transistor (2), and this connection is the second optional control channel forming component of the collector current of the first bipolar transistor is proportional to the temperature difference between the first and second bipolar transistors.
«Current mirror» (13) implemented on the third (20), fourth (21) and fifth (22) R-MOSFETs, and the origins of these transistors connected to the bus of the positive power supply (4), drain and gate of the third P-MOS transistor (20), the gates of the fourth (21) and fifth (22) P-MOS transistors connected with input «current mirrors» (13), and drains the fourth (21) and fifth (22) P-MOS transistors connected with the first and second outputs current mirrors», respectively.
The gates of the first (15) and second (16) P-MOS transistors are connected via a capacitor (23), which together with resistors R1 (17) and R2 (18) form a low-pass filter that prevents signal modulation control input frequency signal.
(10) is made in the form of resistor R3 low temperature coefficient of resistance that contributes to the stabilization of the currents of reference and the output transistors.
The technical result, which is a stabilization of the collector current of the output of high-frequency transistor amplifier in the temperature of the crystal chip and local self-heating output transistor, is achieved by adding the currents of the two channels, one of which forms the first component is proportional to the current reference of the transistor, and the other - the second component, depending on the difference of voltage base - emitter voltage output, reference transistors.
Increase of the temperature of the output transistor is reduced voltage base - emitter voltage and decreases the second component of the current database, make up for thereby increasing the gain of the current.
The distinctive feature of the technical solution consists in dividing the reference voltage on two components: the first component takes into account working conditions, equal to the reference and the output transistors; the second part takes into account the temperature difference between the reference and the output transistors, reducing input current with increasing gain voltage amplifier transistor.
1. High-frequency amplifier with device stabilize the current collector, including the output stage is based on the first bipolar transistor common-emitter and reactive load is connected between the collector of the first bipolar transistor and the bus of the positive supply and the output of the amplifier is connected to the collector of the first transistor, and the amplifier's input through the first decoupling capacitor is connected in the first bipolar transistor, a unit of stabilization of the collector current of the first bipolar transistor, including second anchor transistor connected consistently with between grounded bus and the bus of the positive supply, the third transistor connected base manifold 2nd support transistor with the emitter to base the second reference of the transistor, and the collector with input «current mirrors», the first output of which is connected to the base of the first bipolar transistor and forming the main control channel forming component of the collector current of the first bipolar transistor, proportional to the current of , characterized in that the device stabilize the current collector, entered optional second output «current mirrors and a differential amplifier, and the second output «current mirrors» is connected with the joint the origins of the first and second P-MOS transistors differential amplifier, the gates of the first and second P-MOS transistors through the first R1 and second R2 resistors connected with the bases of the first and second bipolar transistors accordingly, the outflow of the first P-MOS transistor is connected to the base and collector fourth bipolar transistor with grounded emitter, and the flow of the second P-MOS transistor is connected to the base of the first bipolar transistor, and the connection is the second optional control channel, reducing the second component of the collector current of the first bipolar transistor is proportional to the temperature difference between the first and second bipolar transistors.
2. High-frequency amplifier with device stabilization of the collector current of claim 1, characterized in that «current mirror» is built on the third, fourth and fifth P-MOS transistors, and the origins of these transistors connected to the bus of the positive supply, drain and gate of the third P-MOS transistors, valves fourth and fifth P-MOS transistors connected with input «current mirrors», and drains the fourth and fifth P-MOS transistors connected with the first and second outputs current mirrors», respectively.
3. High-frequency amplifier with device stabilization of the collector current of claim 1, characterized in that the gates of the first and second P-MOS transistors connected via a capacitor, which together with the resistors R1 and R2 form a low-pass filter that prevents signal modulation control input frequency signal.
4. High-frequency amplifier with device stabilization of the collector current of claim 1, characterized in that made in the form of resistor R3 low temperature coefficient of resistance.