| |
|
 |
Linear
|
| Part No. |
LTC1660 1660I
|
| OCR Text |
...y compact size make the LTC1660 ideal for battery-powered applications, while its straightforward usability, high performance and wide supply range make it an excellent choice as a general purpose converter.
, LTC and LT are registered tra... |
| Description |
Micropower Octal 10-Bit DAC
From old datasheet system
|
| File Size |
212.24K /
8 Page |
 View
it Online |
Download Datasheet
|
| |
|
|
Fujitsu
|
| Part No. |
MB40166 E428500
|
| OCR Text |
...rence voltage circuit, they are ideal for video signal processing.
28 pin, Plastic SOP (FPT-28P-M01)
* * * * * * * * *
Resolution Linearity Error Maximum Conversion Rate Analog Input Voltage Range 0 to 1.0 V (MB40176) Analog Output... |
| Description |
AD/DA CONVERTER
From old datasheet system
|
| File Size |
177.08K /
20 Page |
View
it Online |
Download Datasheet |
| |
|
|
SIPEX[Sipex Corporation]
|
| Part No. |
SP4491UEB SP4491EU SP4491
|
| OCR Text |
...h these conditions in mind, the ideal signal to drive an EL lamp is a high voltage sine wave. Traditional approaches to achieve this type of waveform include discrete circuits incorporating a transformer, transistors and several resistors a... |
| Description |
Two Panel Electroluminscent Lamp Driver
|
| File Size |
154.02K /
13 Page |
View
it Online |
Download Datasheet |
| |
|
|
Philips
|
| Part No. |
74F30244 74F30244_3
|
| OCR Text |
...r)
74F30244
FEATURES
* ideal for driving transmission lines or backplanes. 160mA IOL ideal
for applications with impedance as low as 30
DESCRIPTION
The 74F30244 is a high current open collector octal buffer composed of eight i... |
| Description |
Octal 30 Ohm line driver with enable, non-inverting (open collector)
From old datasheet system
Octal 30W line driver with enable,
|
| File Size |
79.02K /
10 Page |
View
it Online |
Download Datasheet |
| |
|
|
Linear
|
| Part No. |
LTC1655 1655I
|
| OCR Text |
...een the measured change and the ideal 1LSB change for any two adjacent codes. The DNL error between any two codes is calculated as follows: DNL = (VOUT - LSB)/LSB Where VOUT is the measured voltage difference between two adjacent codes. Dig... |
| Description |
16-Bit Rail-to-Rail Micropower DAC in SO-8 Package
From old datasheet system
|
| File Size |
211.05K /
8 Page |
View
it Online |
Download Datasheet |
|
Price and Availability
|
