4570 SO8 Search Results

Design Note 137

Abstract: 2181 Series 2180 Series 2181C THAT2155 2181LC 2150a vca 2155 vca 2180LC 2181LB
Contextual Info: 1 THAT Corporation Design Note 137 Substituting THAT 2180- and 2181-Series VCAs for THAT 2150-Series VCAs in Existing Designs Abstract THAT Corporation’s 2180- and 2181-series VCAs are pin-for-pin compatible, improved performance replacements for the 2150-series VCAs. Designers may convert existing

TC54VN4302

Abstract: SOT-89-3 footprint 4570 8 pin ic
Contextual Info: AN805 Upgrading the ON Seminconductor MC33x64/34x64 Reset IC Author: Paul Paglia, Microchip Technology, Inc. INTRODUCTION steps across a 1.1V to 6.0V window for ±2% accuracy, and a 1.5V to 6.0V window for ±1% accuracy, providing the designer more flexibility to tailor the reset threshold to system requirements. In

microchip

Abstract: SOT23A 508v TC54VN2702 9910 SO 8 Ic 7423 ic 8870 AN805 MC33064 MC33164
Contextual Info: AN805 Upgrading the ON Seminconductor MC33x64/34x64 Reset IC Author: Paul Paglia, Microchip Technology, Inc. INTRODUCTION steps across a 1.1V to 6.0V window for ±2% accuracy, and a 1.5V to 6.0V window for ±1% accuracy, providing the designer more flexibility to tailor the reset threshold to system requirements. In

Contextual Info: LF PA K 56 BUK9Y8R7-60E N-channel 60 V, 8.7 mΩ logic level MOSFET in LFPAK56 8 May 2013 Product data sheet 1. General description Logic level N-channel MOSFET in an LFPAK56 Power SO8 package using TrenchMOS technology. This product has been designed and qualified to AEC Q101 standard for use

Contextual Info: PS5163 PS501 Three-Cell Battery Manager Module with LED SOC Display for Lithium Chemistries Features • PS501 tested, fully populated modules for evaluation • Designed to work with 3 series cell Lithium chemistry configurations • Performs all major Lithium battery management

SFD-167A

Contextual Info: PS5164 PS501 Four-Cell Battery Manager Module with LED SOC Display for Lithium Chemistries Features • PS501 tested, fully populated modules for evaluation • Designed to work with 4 series cell Lithium chemistry configurations • Performs all major Lithium battery management

8254aa

Abstract: VC 5022 sfd167a 8254A SFD-167A IRF7424 PS5164 s-8254a 103AT 103ETB
Contextual Info: PS5164 PS501 Four-Cell Battery Manager Module with LED SOC Display for Lithium Chemistries Features • PS501 tested, fully populated modules for evaluation • Designed to work with 4 series cell Lithium chemistry configurations • Performs all major Lithium battery management

8254aa

Abstract: sfd167a SFD-167A VC 5022 DS21818 8254aajft s-8254a S-8254AAJFT-TB 103AT 103ETB
Contextual Info: PS5163 PS501 Three-Cell Battery Manager Module with LED SOC Display for Lithium Chemistries Features • PS501 tested, fully populated modules for evaluation • Designed to work with 3 series cell Lithium chemistry configurations • Performs all major Lithium battery management

TCM809T

Abstract: 68HC11 AN802 MC34164-3 MC34164-5 PIC16C74 TC54 TC54VN TCM809R mc330
Contextual Info: AN802 Selecting a Processor Reset IC Author: Paul Paglia, Microchip Technology, Inc. VDD VCC INTRODUCTION Microcontroller and microprocessor based systems rely on processor supervisory functions to insure stable operation. The most basic of all these functions is managing the processor reset input.

microchip 1414

Abstract: TSOP-20 Mitsumi battery management 20V MM1414DV SMBJ20A PS401 Smart Battery Mitsumi capacitor 1414 MM1414D MM1414 toshiba zener 500mw
Contextual Info: M PS4160 PS401 Battery Manager Module with LED SOC Display Features • PS401 tested, fully populated modules for evaluation and production • Designed to work with 3 cell and 4 cell series Li Ion configurations • Performs all major Li Ion battery management

mc34064-5

Abstract: 809T MC33064-5 809S MC33164-5 68HC11 AN802 MC34164-3 MC34164-5 PIC16C74
Contextual Info: AN802 Selecting a Processor Reset IC Author: VDD Paul Paglia, Microchip Technology, Inc. INTRODUCTION Microcontroller and microprocessor based systems rely on processor supervisory functions to insure stable operation. The most basic of all these functions is managing the processor reset input.

AN765

Contextual Info: AN765 Using Microchip's Micropower LDOs Author: Paul Paglia, Microchip Technology, Inc. VIN CIN 1µF – INTRODUCTION Microchip Technology, Inc.’s family of micropower LDOs utilizes low-voltage CMOS process technology. These LDOs provide similar ripple rejection and dropout characteristics as their bipolar

AN765

Abstract: LP2980 MIC5205 TC1070 TC1071 X5050
Contextual Info: AN765 Using Microchip's Micropower LDOs Author: Paul Paglia, Microchip Technology, Inc. VIN CIN 1µF – INTRODUCTION Microchip Technology, Inc.’s family of micropower LDOs utilizes low-voltage CMOS process technology. These LDOs provide similar ripple rejection and dropout characteristics as their bipolar

SMBJ20A

Abstract: 150 ohms resistor MM1414DV VC 5022 Mitsumi battery management 20V MM1414D sfd167a 333 resistor pack Mitsumi capacitor 1414 MM1414
Contextual Info: PS4160 PS401 Battery Manager Module with LED SOC Display Features • PS401 tested, fully populated modules for evaluation and production • Designed to work with 3 cell and 4 cell series Li Ion configurations • Performs all major Li Ion battery management

PIC16F877 spi init

Abstract: MCP3201 pic16f876 heart rate monitor using PIC microcontroller principle operation of pic16f877 DS00713 PIC16F876 pwm DS30277 PIC16F876 asm programs MCR10F1001 PIC16f876 example pwm
Contextual Info: M AN212 Smart Sensor CAN Node using the MCP2510 and PIC16F876 Author: MODULE OVERVIEW Mike Stanczyk Diversified Engineering, Inc. The module hardware can be divided into two components. These are: • CAN-NET Node Board • CAN-NET Analog Input Board INTRODUCTION

Contextual Info: TC648 Fan Speed Controller with Auto-Shutdown Package Type Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range; - Fan Voltage Independent of TC648 Supply Voltage

NTC thermistor 100K

Contextual Info: TC642 PWM Fan Speed Controller with FanSense Technology Package Type Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range; - Fan Voltage Independent of TC642 Supply Voltage

temperature dependent dc fan speed control by using thermistor heat sensor

Abstract: thermistor ntc 10k technical characteristics
Contextual Info: TC647 PWM Fan Speed Controller with FanSense Technology Package Type Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range; - Fan Voltage Independent of TC647 Supply Voltage

NTC thermistor 100K

Contextual Info: TC649 PWM Fan Speed Controller with Auto-Shutdown Package Type Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range; - Fan Voltage Independent of TC649 Supply Voltage

Thermistor NTC-10

Abstract: TC64X AN679 TC642 TC642DEMO TC642EV TC646 TC648 automatic fan speed control by room temperature 2N2222A 026
Contextual Info: M TC648 Fan Speed Controller with Auto-Shutdown and Over-Temperature Alert Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range: - Fan Voltage Independent of TC648

12v brushless motor driver

Contextual Info: TC646 PWM Fan Speed Controller with Auto-Shutdown and FanSense Technology Package Type Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range; - Fan Voltage Independent of TC646

AN679

Abstract: TC642 TC642DEMO TC642EV TC646 TC648 TC64X microcontroller based automatic fan speed control Temp Sensor SOT-23
Contextual Info: M TC648 Fan Speed Controller with Auto-Shutdown and Over-Temperature Alert Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range: - Fan Voltage Independent of TC648

Contextual Info: M TC648 Fan Speed Controller with Auto-Shutdown and Over-Temperature Alert Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range: - Fan Voltage Independent of TC648

21TC647

Abstract: AN679 AN685 TC642 TC642DEMO TC642EV TC647 2N2222A 026
Contextual Info: M TC647 PWM Fan Speed Controller with FanSense Technology Features • Temperature Proportional Fan Speed for Acoustic Control and Longer Fan Life • Efficient PWM Fan Drive • 3.0V to 5.5V Supply Range: - Fan Voltage Independent of TC647 Supply Voltage