https://www.vultr.com

The Everywhere Cloud

Deploy an instance.
Accelerate your application.


LM 339 Quad Differential Comparators

By -

1. DATA SHEET

http://www.ti.com/lit/ds/symlink/lm339.pdf

2. CONTENTS

2.1. Important Sections

(To do)

2.2. Examples

(To do)

2.3. Pin Configuration and Description


G = ground, I = input, O = output

[O] Pin 1 1OUT = Comparator 1 output
[O] Pin 2 2OUT = Comparator 2 output
[ I ] Pin 3 Vcc = Supply input
[ I ] Pin 4 2IN- = Comparator 2 negative input
[ I ] Pin 5 2IN+ = Comparator 2 positive input
[ I ] Pin 6 1IN- = Comparator 1 negative input
[ I ] Pin 7 1IN+ = Comparator 1 positive input
[ I ] Pin 8 3IN- = Comparator 3 negative input
[ I ] Pin 9 3IN+ = Comparator 3 positive input
[ I ] Pin 10 4IN- = Comparator 4 negative input
[ I ] Pin 11 4IN+ = Comparator 4 positive input
[G] Pin 12 GND = Supply ground
[O] Pin 13 4OUT = Comparator 4 output
[O] Pin 14 3OUT = Comparator 3 output

3. SUMMARY

3.1. Applications

(To do)

==========


Comments

Post a Comment

Get started with DigitalOcean SSD Virtual Servers

Popular posts from this blog

MAX 038 Waveform Generator

By -
Image
1. DATA SHEET http://datasheets.maximintegrated.com/en/ds/MAX038.pdf 2. CONTENTS 2.1. Important Sections [ page   1 ] Applications [ page   1 ] Ordering Information [ page   1 ] Pin Configuration [ page   2 ] Absolute Maximum Ratings [ page   2 ] Electrical Characteristics [ page   4 ] Typical Operating Characteristics [ page   7 ] Pin Description [ page   8 ] Detailed Description [ page 16 ] _\-> Layout Considerations 2.2. Circuit Diagram Examples [ page   8 ] Figure 1: Block Diagram and Basic Operating Circuit [ page 11 ] Figure 2: Operating Circuit with Sine-Wave Output and 50% Duty Cycle, SYNC and FADJ Disabled [ page 13 ] Figure 3: Phase-Locked Loop Using Internal Phase Detector [ page 14 ] Figure 4: Phase-Locked Loop Using External Phase Detector [ page 14 ] Figure 5: Phase-Locked Loop Using External Frequency Phase Detector [ page 15 ] Figure 6: C...
Read more

Terms and Conditions

By -
Image
1. GENERAL PROVISIONS By accessing or using this website or any of its contents, you hereby agree to these terms and conditions, and consent to be bound by it. If you do not agree, you should not access or use this website. The authors of this website reserve the right to change these terms and conditions at any time without prior notice. Your continuance in accessing or using this website signifies your acceptance and agreement with these terms and conditions. The authors of this website reserve the right to change its contents, and to restrict, withdraw, cancel, disconnect, deactivate, suspend or discontinue any or all of its contents without prior notice. 2. COPYRIGHT AND FAIR USE This website is operated as a free service for the public. Some materials contained herein, however, are protected by copyright. You must abide by all the copyright notices or restrictions set by their respective copyright holders accordingly. 2.1. ORIGINAL WORKS The use and distribution, ...
Read more

ADC 0804 Analog-to-Digital Converter

By -
Image
1. DATA SHEET http://www.ti.com/lit/ds/symlink/adc0804-n.pdf 2. CONTENTS 2.1. Important Sections (To do) 2.2. Examples (To do) 2.3. Pin Configuration and Description G = ground, I = input, O = output [ I ] Pin 1 CS = Chip Select [ I ] Pin 2 RD = Read [ I ] Pin 3 WR = Write [ I ] Pin 4 CLK IN = External Clock input or use internal clock gen with external RC elements [O] Pin 5 INTR = Interrupt request [ I ] Pin 6 Vin+ = Differential analog input+ [ I ] Pin 7 Vin- = Differential analog input- [G] Pin 8 A GND = Analog ground [ I ] Pin 9 Vref/2 = Reference voltage input for adjustment to correct full scale reading [G] Pin 10 D GND = Digital ground [O] Pin 11 DB7 (MSB) = Data bit 7 [O] Pin 12 DB6 = Data bit 6 [O] Pin 13 DB5 = Data bit 5 [O] Pin 14 DB4 = Data bit 4 [O] Pin 15 DB3 = Data bit 3 [O] Pin 16 DB2 = Data bit 2 [O] Pin 17 DB1 = Data bit 1 [O] Pin 18 DB0 (LSB) = Data bit 0 [ I ] Pin 19 CLK R = RC timing resistor input pin for internal clock gen ...
Read more