SHUNT RESISTANCE Search Results

Contextual Info: TOKEN FL Current Shunt Resistors Current Shunt Resistors Token’s Shunt Resistors FL for high-current applications aid precision measurement. Preview Current shunt resistors are low resistance precision resistors used to measure AC or DC electrical currents by the voltage drop those currents create

SHUNT RESISTOR LOW VOLTAGE DROP 200A

Abstract: MANGANIN M8x35-2 manganin shunt FLQ 4 FL-13-A FLQ54 current shunt
Contextual Info: TOKEN FL Current Shunt Resistors Current Shunt Resistors Token’s Shunt Resistors FL for high-current applications aid precision measurement. Preview Current shunt resistors are low resistance precision resistors used to measure AC or DC electrical currents by the voltage drop those currents create

kojiri

Abstract: 02-SQS-GF-1A-K PBT GF 30 shunt PBT 30% gf CONNECTOR FMT EA1 transistor sqs connector squib 02-SQS-GF-1A-N
Contextual Info: SHUNT RING Squib connectors SQW Features ●Scooping kojiri preventive construction SQF SQSK SHUNT RING Using a shunt ring with a mating harness connector, the resistance to scooping (kojiri) insertion and withdrawal on the assembly line is improved. ●VDA standard type

Contextual Info: CURRENT SHUNT RESISTORS SR Series - Current Shunt Resistors Custom solutions are available. Call us with your specification requirements. HOW TO ORDER SR 1- 04 60 F Z M FEATURES Packaging Resistance Tolerance F = ±1% Current shunt resistors are low resistance precision resistors

kojiri

Abstract: 02-SQS-GF-1A-LP
Contextual Info: SHUNT RING Squib connectors SQW Features ●Scooping kojiri preventive construction SQF SQSK SHUNT RING Using a shunt ring with a mating harness connector, the resistance to scooping (kojiri) insertion and withdrawal on the assembly line is improved. ●VDA standard type

code 02

Abstract: squib connector kojiri
Contextual Info: SHUNT RING Squib connectors Features ●Scooping kojiri preventive construction Using a shunt ring with a mating harness connector, the resistance to scooping (kojiri) insertion and withdrawal on the assembly line is improved. ●VDA standard type Shunt rings conforming to VDA standard are available in various

800w power amplifier circuit diagram

Abstract: 7805 SOT-89 1 in 7805 voltage regulator 3v 7805 voltage regulator application notes 7805 voltage regulator 10mA 7805 sot-89 7805 SOT-23 adjustable 7805 7805 to92 as431 equivalent
Contextual Info: A A MICROELECTRONICS Adjustable Shunt Regulator GM1431 ADJUSTABLE SHUNT REGULATOR Features Description Sink Current Capability 1 mA to 100mA The GM1431 is a three terminal adjustable shunt regulator with thermal stability guaranteed over temperature. Output

EST TL431

Abstract: ASTEC AS431 TO 92 Astec Semiconductor a431 ic A431 AS431 A431 sot89 A431 Programmable Voltage Reference
Contextual Info: djustable Shunt Reference AS431 AS431 ASTEC Precision Adjustable Shunt Reference #w I Ev Features Description • Temperature-compensated: 30 ppm/°C The AS431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.5% bandgap reference. The

Contextual Info: BAR81. Silicon RF Switching Diode • Designed for use in shunt configuration in high performance RF switches • High shunt signal isolation • Low shunt insertion loss • Optimized for short - open transformation using λ/4 lines BAR81W " !  Type BAR81W

Contextual Info: BAR81. Silicon RF Switching Diode • Designed for use in shunt configuration in high performance RF switches • High shunt signal isolation • Low shunt insertion loss • Optimized for short - open transformation using λ/4 lines BAR81W " !  Type BAR81W

Contextual Info: djustabie Shunt Reference Asrcc M O I C \# ASl2Eff Precision Adjustable Shunt Reference Features Description • Temperature-compensated: 30 ppm/°C The AS1431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.4% bandgap reference. The

Contextual Info: BAR81. Silicon RF Switching Diode • Designed for use in shunt configuration in high performance RF switches • High shunt signal isolation • Low shunt insertion loss • Optimized for short - open transformation using λ/4 lines BAR81W " !  Type BAR81W

LM4030C-2

Contextual Info: LM4030 LM4030 SOT-23 Ultra-High Precision Shunt Voltage Reference Literature Number: SNVS552A LM4030 SOT-23 Ultra-High Precision Shunt Voltage Reference General Description Features The LM4030 is an ultra-high precision shunt voltage reference, having exceptionally high initial accuracy 0.05% and

TSF-7070

Abstract: AWG MARKING CODE SOT23-5 EE19 type bobbin 29AWG circuit diagram of battery charger smps CTX22 EE19 cooper MUR160 SA58605 SA58605D
Contextual Info: INTEGRATED CIRCUITS SA58605 Dual operational amplifier and 2.5 V shunt regulator Product data Philips Semiconductors 2002 Mar 25 Philips Semiconductors Product data Dual operational amplifier and 2.5 V shunt regulator SA58605 DESCRIPTION The SA58605 incorporates two op amps and 2.5 V shunt regulator

ASTEC SEMICONDUCTOR

Contextual Info: <xzxx> AS1431 ASTEC Precision Adjustable Shunt Reference Features Description • Temperature-compensated: 30 ppm/°C The AS1431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.4% bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear

Contextual Info: BAR81. Silicon RF Switching Diode • Designed for use in shunt configuration in high performance RF switches • High shunt signal isolation • Low shunt insertion loss • Optimized for short - open transformation using λ/4 lines • Pb-free RoHS compliant package

a431 ic

Abstract: LM 2536 A431 ASTEC AS431 TO 92 ASTEC SEMICONDUCTOR AS431 A431 Programmable Voltage Reference
Contextual Info: <////> ASTEC AS431 Precision Adjustable Shunt Reference Features Description • Temperature-compensated: 30 ppm/°C The AS431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.5% bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear

thermistor ntc 10k

Abstract: NTC 5,0
Contextual Info: LTC4070 Li-Ion/Polymer Shunt Battery Charger System FEATURES n n n n n n n n n DESCRIPTION Low Operating Current 450nA 1% Float Voltage Accuracy Over Full Temperature and Shunt Current Range 50mA Maximum Internal Shunt Current (500mA with External PFET)

AS2431

Abstract: AS431 8D SOT 89
Contextual Info: AS2431 Precision Adjustable Shunt Reference SEMICONDUCTOR Features Description • • • • • The AS2431 is a three-terminal adjustable shunt regulator providing a highly accurate bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear applications that can be implemented

marking bbs

Contextual Info: BAR81. Silicon RF Switching Diode • Designed for use in shunt configuration in high performance RF switches • High shunt signal isolation • Low shunt insertion loss • Optimized for short - open transformation using λ/4 lines • Pb-free RoHS compliant package

Astec Semiconductor

Abstract: AS243T ASTEC AS431 TO 92
Contextual Info: AS2431 Precision Adjustable Shunt Reference ASTEC Features Description • Temperature-compensated: 15 ppm/°C The AS2431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.5% bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear

ASTEC SEMICONDUCTOR

Abstract: ASTEC AS431 TO 92
Contextual Info: AS2431 </xxx> Precision Adjustable Shunt Reference ASTEC Features Description • Temperature-compensated: 15 ppm/°C The AS2431 is a three-terminal adjustable shunt regulator providing a highly accurate 0.5% bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear

81W MARKING CODE

Abstract: Q62702A1270 marking code 7G
Contextual Info: SIEMENS BAR 81W Silicon RF Switching Diode Preliminary data • Design for use in shunt configuration • High shunt signal isolation • Low shunt insertion loss IN - — - W » EHA07023 BAR 81W BBs 1 = A1 2 = C2 Q62702-A1270 Package eg Pin Configuration

AS431

Abstract: Diode REPLACEMENT "sot23" lp
Contextual Info: AS431 Precision Adjustable Shunt Reference SEMICONDUCTOR Features Description • • • • • The AS431 is a three-terminal adjustable shunt regulator providing a highly accurate bandgap reference. The adjustable shunt regulator is ideal for a wide variety of linear applications that can be implemented