No. |
Part Name |
Description |
Manufacturer |
1 |
AB-110 |
VOLTAGE REFERENCE SCALING TECHNIQUES Increase the Accuracy of the Converter as well as Resolution |
Burr Brown |
2 |
ADV7623 |
HDMI® Transceiver with Xpressview™ Fast Switching Technology |
Analog Devices |
3 |
AN-170 |
Mounting Techniques For Multidigit LED Numeric Displays - Application Note |
National Semiconductor |
4 |
AN-5002 |
GTLP: Single vs. Multiple Output Switching Technical Discussion |
Fairchild Semiconductor |
5 |
AN-749 |
Application Note - Broadband transformers and power combining techniques for RF |
Motorola |
6 |
AN-938 |
Application Note - Mounting techniques for powermacro transistor |
Motorola |
7 |
AN102 |
FET Biasing Techniques |
Vishay |
8 |
AN483 |
MIXED WIRE BONDING TECHNOLOGY FOR AUTOMOTIVE SMART POWER ICs |
SGS Thomson Microelectronics |
9 |
AN980 |
ST7 - KEYPAD DECODING TECHNIQUES, IMPLEMENTING WAKE-UP ON KEYSTROKE |
SGS Thomson Microelectronics |
10 |
APPLICATION NOTE |
Broadband transformers and power combining techniques for RF |
Motorola |
11 |
APPLICATION NOTE 1023 |
Mounting techniques for RF hermetic packages |
Motorola |
12 |
APPLICATION NOTE 938 |
Mounting techniques for POWERMACRO transistor |
Motorola |
13 |
BQ6400 |
Single Chip Smart Battery Solution with PowerPump? Cell Balancing Technology 48-VQFN |
Texas Instruments |
14 |
BQ6400RGZR |
Single Chip Smart Battery Solution with PowerPump? Cell Balancing Technology 48-VQFN |
Texas Instruments |
15 |
BQ6400RGZT |
Single Chip Smart Battery Solution with PowerPump? Cell Balancing Technology 48-VQFN |
Texas Instruments |
16 |
BQ78PL116 |
PowerLAN Master Gateway Controller With PowerPump Cell Balancing Technology 48-VQFN -40 to 85 |
Texas Instruments |
17 |
BQ78PL116RGZR |
PowerLAN Master Gateway Controller With PowerPump Cell Balancing Technology 48-VQFN -40 to 85 |
Texas Instruments |
18 |
BQ78PL116RGZT |
PowerLAN Master Gateway Controller With PowerPump Cell Balancing Technology 48-VQFN -40 to 85 |
Texas Instruments |
19 |
EB93 |
Application Note - 60 watt VHF amplifier uses splitting/combining techniques |
Motorola |
20 |
HCMP9650SCU |
Single ultrafast voltage comparator |
SPT Signal Processing Technologies |
21 |
HCMP9650SID |
Single ultrafast voltage comparator |
SPT Signal Processing Technologies |
22 |
HCS200 |
The HCS200 is a code hopping encoder designed for Remote Keyless Entry (RKE) systems. The HCS200 utilizes Microchip’s patented KEELOQ® code hopping technology, which incorporates high security, a small package outline and low co |
Microchip |
23 |
HCS201 |
The HCS201 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS201 utilizes Microchip’s patented KEELOQ® code hopping technology, which incorporates high security, a small package outline and |
Microchip |
24 |
HCS300 |
The HCS300 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS300 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline and low |
Microchip |
25 |
HCS301 |
The HCS301 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS301 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
26 |
HCS320 |
The HCS320 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS320 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
27 |
HCS360 |
The HCS360 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS360 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
28 |
HCS361 |
The HCS361 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS361 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
29 |
HCS362 |
The HCS362 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS362 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
30 |
HCS365 |
The HCS365 is a code hopping encoder designed for secure Remote Keyless Entry (RKE) systems. The HCS365 utilizes Microchip’s patented KEELOQ® hopping technology, which incorporates high security, a small package outline, and low |
Microchip |
| | | |