KHK AN1-13L, Module 1, 13 Tooth, Left Hand, Aluminum-Bronze Screw Gears

KHK AN2.5-13R, Module 2.5, 13 Tooth, Right Hand, Aluminum-Bronze Screw Gears

KHK AN2.5-15L, Module 2.5, 15 Tooth, Left Hand, Aluminum-Bronze Screw Gears

KHK AN3-10R, Module 3, 10 Tooth, Right Hand, Aluminum-Bronze Screw Gears

KHK AN3-13R, Module 3, 13 Tooth, Right Hand, Aluminum-Bronze Screw Gears

KHK AN3-15R, Module 3, 15 Tooth, Right Hand, Aluminum-Bronze Screw Gears

KHK AN4-10L, Module 4, 10 Tooth, Left Hand, Aluminum-Bronze Screw Gears

KHK AN4-13L, Module 4, 13 Tooth, Left Hand, Aluminum-Bronze Screw Gears

KHK AN4-15L, Module 4, 15 Tooth, Left Hand, Aluminum-Bronze Screw Gears

KHK AN4-15R, Module 4, 15 Tooth, Right Hand, Aluminum-Bronze Screw Gears

eZ8 series Microcontroller IC 8-Bit 20MHz 12KB (12K x 8) FLASH

Digi-Key Electronics

The LTC1044 is a monolithic CMOS switched capacitor voltage converter which is manufactured using Analog Devices’ enhanced LTCMOS™ silicon gate process. The LTC1044 provides several voltage conversion functions: the input voltage can be inverted (VOUT = –VIN), doubled (VOUT = 2VIN), divided (VOUT = VIN/2) or multiplied (VOUT = ± nVIN).
Designed to be pin-for-pin and functionally compatible with the popular 7660, the LTC1044 provides significant features and improvements over earlier 7660 designs. These improvements include: full 1.5V to 9V supply operation over the entire operating temperature range, without the need for external protection diodes; two and one-half times lower quiescent current for greater power conversion efficiency; and a “boost” function which is available to raise the internal oscillator frequency to optimize performance in specific applications.
Although the LTC1044 provides significant design and performance advantages over the earlier 7660 device, it still maintains its compatibility with existing 7660 designs.
Applications

    Conversion of 5V to ±5V Supplies
    Precise Voltage Division, VOUT = VIN/2 ±20ppm
    Voltage Multiplication, VOUT = ±nVIN
    Supply Splitter, VOUT = ±VS/2

The LTC1044A is a monolithic CMOS switched-capacitor voltage converter. It plugs in for ICL7660/LTC1044 in applications where higher input voltage (up to 12V) is needed. The LTC1044A provides several conversion functions without using inductors. The input voltage can be inverted (VOUT = –VIN), doubled (VOUT = 2VIN), divided (VOUT = VIN/2) or multiplied (VOUT = ±nVIN).
To optimize performance in specific applications, a boost function is available to raise the internal oscillator frequency by a factor of seven. Smaller external capacitors can be used in higher frequency operation to save board space. The internal oscillator can also be disabled to save power. The supply current drops to 1.5μA at 5V input when the OSC pin is tied to GND or V+.
Applications

    Conversion of 10V to ±10V Supplies
    Conversion of 5V to ±5V Supplies
    Precise Voltage Division: VOUT = VIN/2 ±20ppm
    Voltage Multiplication: VOUT = ±nVIN
    Supply Splitter: VOUT = ±VS/2
    Automotive Applications
    Battery Systems with 9V Wall Adapters/Chargers

 Switching Regulator IC     Output  8-DIP (0.300", 7.62mm)

Switching Voltage Regulators LTC1044 - Switched Capacitor Voltage Converter

Charge Pump INV/STPUP/STPDN -1.5V to -9V/0.75V to 4.5V 8-Pin TO-5

The LTC1044 is a monolithic CMOS switched capacitor voltage converter which is manufactured using our enhanced LTCMOSTM silicon gate process.  The LTC1044 provides several voltage conversion functions:  the input voltage can be inverted (VOUT=-VIN), doubled (VOUT=2 VIN), divided (VOUT=VIN/2) or
multiplied (VOUT=±nVIN).
Designed to be pin-for-pin and functionally compatible with the popular 7660, the LTC1044 provides significant features and improvements over earlier 7660 designs.  These improvements include:  full 1.5V to 9V supply operation over the entire operating temperature range, without the need for external protection diodes; 2½ times lower quiescent current for greater power conversion efficiency; and a "boost" function which is available to raise the internal oscillator frequency to optimize performance in specific applications.
Although the LTC1044 provides significant design and performance advantages over the earlier 7660 device, it still maintains its compatibility with existing 7660 designs.
Applications

    Conversion of +5V to ±5V Supplies
    Precise Voltage Division, VOUT=VIN/2±20ppm
    Voltage Multiplication, VOUT=±nVIN
    Supply Splitter, VOUT=±VS/2

The LTC1046 is a 50mA monolithic CMOS switched capacitor voltage converter. It plugs in for the ICL7660/LTC1044 in 5V applications where more output current is needed. The device is optimized to provide high current capability for input voltages of 6V or less. It trades off operating voltage to get higher output current. The LTC1046 provides several voltage conversion functions: the input voltage can be inverted (VOUT = –VIN), divided (VOUT = VIN/2) or multiplied (VOUT = ±nVIN).
Designed to be pin-for-pin and functionally compatible with the ICL7660 and LTC1044, the LTC1046 provides 2.5 times the output drive capability.
Applications

    Conversion of 5V to ±5V Supplies
    Precise Voltage Division, VOUT = VIN/2
    Supply Splitter, VOUT = ±VS/2

Z8F1232SH020EG

ZiLOG, Inc.

Distributor

Distributor

SKU

Stock

Price Range

Digi-Key Electronics

269-4945-5-ND

0

10678

$1.64

Copyright © 2021 WTWH Media LLC and its licensors. All rights reserved. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of WTWH Media.

Privacy Policy

Z8F1232SH020EG

ZiLOG, Inc.

Distributor

Distributor

SKU

Stock

Price Range

Digi-Key Electronics

269-4945-5-ND

0

10678

$1.64

Copyright © 2021 WTWH Media LLC and its licensors. All rights reserved. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of WTWH Media.Privacy Policy

Copyright © 2021 WTWH Media LLC and its licensors. All rights reserved. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of WTWH Media.

Privacy Policy