TEMPERATURE COMPENSATION POWER AMPLIFIER THER Search Results

18 marking RF power amplifier

Abstract: amplifier marking 365 AN1235 AN1751 STPAC02 STPAC02F1 DIODE RF DETECTOR ipad Diagram
Contextual Info: STPAC02F1 IPAD TM RF DETECTOR FOR POWER AMPLIFIER CONTROL WITH INTERNAL TEMPERATURE COMPENSATION MAIN PRODUCT CHARACTERISTICS 0.8 to 2.5GHz frequency range Detection diode voltage drop compensation Temperature compensation Fast response time Low Power consumption

AN1235

Abstract: AN1751 JESD97 STPAC02 STPAC02F1 STPAC02F2 DIODE marking le st
Contextual Info: STPAC02F2 IPAD RF Detector for power amplifier control with internal temperature compensation Main product characteristics • 0.8 to 2.5 GHz frequency range ■ Detection diode voltage drop compensation ■ Temperature compensation ■ Fast response time

rf designer

Abstract: AN1235 AN1751 JESD97 STPAC02 STPAC02F1 STPAC02F2
Contextual Info: STPAC02F2 IPAD RF Detector for power amplifier control with internal temperature compensation Main product characteristics • 0.8 to 2.5 GHz frequency range ■ Detection diode voltage drop compensation ■ Temperature compensation ■ Fast response time

amplifier marking 365

Abstract: AN1235 AN1751 STPAC02 STPAC02F1
Contextual Info: STPAC02F1 IPAD TM RF DETECTOR FOR POWER AMPLIFIER CONTROL WITH INTERNAL TEMPERATURE COMPENSATION MAIN PRODUCT CHARACTERISTICS • ■ ■ ■ ■ ■ ■ 0.8 to 2.5GHz frequency range Detection diode voltage drop compensation Temperature compensation Fast response time

Contextual Info: Application Note #003 Thermopad Amplifier Temperature Compensation The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature compensating element. For example, a very common

Contextual Info: APPLICATION NOTE 003 - THERMOPAD* AMPLIFIER TEMPERATURE COMPENSATION The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature compensating element. For example, a very common problem with GaAs amplifiers is that the gain of the amplifier varies by

8 PIN pin diode attenuator

Contextual Info: APPLICATION NOTES APPLICATION NOTE 003 - THERMOPAD AMPLIFIER TEMPERATURE COMPENSATION The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature compensating element. For example, a very common problem with GaAs amplifiers is that the gain of the amplifier varies by

Contextual Info: APPLICATION NOTES APPLICATION NOTE 003 - THERMOPAD AMPLIFIER TEMPERATURE COMPENSATION The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature com pensating element. For example, a very common problem with GaAs amplifiers is that the gain of the amplifier varies by

GSM900

Contextual Info: AWT6223R WCDMA/GSM/GPRS/Polar EDGE Power Amplifier Module with Integrated Power Control Data Sheet - Rev 2.0 features InGaP HBT Technology Optimized for a 50  System Internal Reference Voltage Integrated GSM/EDGE Power Control with Temperature Compensation

Contextual Info: AWT6223R WCDMA/GSM/GPRS/Polar EDGE Power Amplifier Module with Integrated Power Control FEATURES • • • • InGaP HBT Technology Optimized for a 50 Ω System Internal Reference Voltage Integrated GSM/EDGE Power Control with Temperature Compensation •

Contextual Info: AWT6225R WCDMA/GSM/GPRS Power Amplifier Module with Integrated Power Control PRELIMINARY DATA SHEET - REV 1.0 FEATURES • • • • InGaP HBT Technology Optimized for a 50 Ω System Internal Reference Voltage Integrated GSM/GPRS Power Control with Temperature Compensation

UA748

Abstract: UA748CN LM101A UA748C UA748I UA748M
Contextual Info: UA748 PRECISION SINGLE OPERATIONAL AMPLIFIER . . . . . . . INPUT OFFSET VOLTAGE : 3mV max. OVER TEMPERATURE FREQUENCY COMPENSATION WITH A SINGLE 30pF CAPACITOR C1 OPERATION FROM ±5V to ±15V LOW POWER CONSUMPTION : 50mW AT ±15V CONTINUOUS SHORT-CIRCUIT PROTECTION

Contextual Info: Tecimol&pi Thermopad Amplifier Temperature Compensation Application N otes A pplication N o te 001 Thermopad® A m plifier Tem perature Com pensation The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature com pensating element. For example, a very common problem

sanken SAPM01P

Abstract: sapm01p SAPM01 sanken SAP 61432 M01N SAPM01N G746 SC102 YG6260
Contextual Info: SAPM01N １ Scope The present specifications shall apply to Sanken silicon power MOSFET with built-in temperature compensation diodes, SAPM01N, a complementary device of the SAPM01P, for audio amplifier applications. ２ Appearance and outline drawings ２-１ Appearance

circuit diagram for automatic voltage regulator

Abstract: DA9142 BAT62 DCS1800 GSM900 JESD22-A113 PF08103B TSSOP16 hitachi pf08103b marking B PAC RF
Contextual Info: DA9142.003 28 January, 2004 MAS9142 Power Amplifier Controller PAC and 2.8 V, 50 mA LDO Voltage Regulator • Temperature Compensation of Sensor Signal • Bias Current Source for Detector Diodes • Applicable for a Wide Range of Power Amplifiers • Low Noise LDO Regulator Included

UA748

Abstract: UA748CN LM101A UA748C UA748I UA748M m7575
Contextual Info: UA748 PRECISION SINGLE OPERATIONAL AMPLIFIER • INPUT OFFSET VOLTAGE : 3mV max. OVER TEMPERATURE ■ FREQUENCY COMPENSATION WITH A SINGLE 30pF CAPACITOR C1 ■ OPERATION FROM ±5V to ±15V ■ LOW POWER CONSUMPTION : 50mW AT ±15V ■ CONTINUOUS SHORT-CIRCUIT PROTEC-

UA748

Contextual Info: UA748 PRECISION SINGLE OPERATIONAL AMPLIFIER • INPUT OFFSET VOLTAGE : 3mV max. OVER TEMPERATURE ■ FREQUENCY COMPENSATION WITH A SINGLE 30pF CAPACITOR C1 ■ OPERATION FROM ±5V to ±15V ■ LOW POWER CONSUMPTION : 50mW AT ±15V ■ CONTINUOUS SHORT-CIRCUIT PROTEC-

UA748CN

Abstract: UA748 LM101A UA748C UA748I UA748M
Contextual Info: UA748 PRECISION SINGLE OPERATIONAL AMPLIFIER • INPUT OFFSET VOLTAGE : 3mV max. OVER TEMPERATURE ■ FREQUENCY COMPENSATION WITH A SINGLE 30pF CAPACITOR C1 ■ OPERATION FROM ±5V to ±15V ■ LOW POWER CONSUMPTION : 50mW AT ±15V ■ CONTINUOUS SHORT-CIRCUIT PROTEC-

9893 f

Abstract: LM2904AWYPT
Contextual Info: LM2904W, LM2904AW Low power dual operational amplifier Datasheet — production data Features • Frequency compensation implemented internally ■ Large DC voltage gain: 100 dB ■ Wide bandwidth unity gain : 1.1 MHz (temperature compensated) ■ Very low supply current/op (500 µA per

Contextual Info: Hall ICs DN6847/SE/S Wide operating temperature range −40°C to +100°C Alternating magnetic field operation Unit: mm DN6847 2.0±0.2 (1.0) In each of Hall ICs, a Hall element, an amplifier circuit, a Schmidt circuit, a stabilized power supply, and a temperature compensation circuit are integrated on a single

DN6848

Abstract: DN6848-SE-S DN6848S DN6848SE 175 hall sensor KEYBoard magnetic sensor
Contextual Info: Hall ICs DN6848/SE/S Wide operating temperature range −40°C to +100°C One-way magnetic field operation Unit: mm DN6848 (1.0) 0.55±0.15 In each of Hall ICs, a Hall element, an amplifier circuit, a Schmidt circuit, a stabilized power supply, and a temperature compensation circuit are integrated on a single

Contextual Info: Hall ICs DN6849/SE/S Wide operating temperature range −40°C to +100°C Alternating magnetic field operation Unit: mm DN6849 2.0±0.2 (1.0) In each of Hall ICs, a Hall element, an amplifier circuit, a Schmidt circuit, a stabilized power supply, and a temperature compensation circuit are integrated on a single

DN8899

Abstract: DN8899S DN8899SE
Contextual Info: Hall ICs DN8899/SE/S Wide operating temperature range −40°C to +100°C Alternating magnetic field operation Unit: mm DN8899 (1.0) 0.55±0.15 In each of Hall ICs, a Hall element, an amplifier circuit, a Schmidt circuit, a stabilized power supply, and a temperature compensation circuit are integrated on a single

Diode IN 5404

Contextual Info: Hall ICs DN6848/SE/S Wide operating temperature range −40°C to +100°C One-way magnetic field operation Unit: mm DN6848 (1.0) 0.55±0.15 In each of Hall ICs, a Hall element, an amplifier circuit, a Schmidt circuit, a stabilized power supply, and a temperature compensation circuit are integrated on a single