| No. |
Part Name |
Description |
Manufacturer |
| 241 |
MAX3319EEAE+T |
±15kV ESD-Protected, 2.5V, 1µA, 460kbps, RS-232-Compatible Transceivers |
MAXIM - Dallas Semiconductor |
| 242 |
MAX6641 |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 243 |
MAX6641AUB90+ |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 244 |
MAX6641AUB90+T |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 245 |
MAX6641AUB92+ |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 246 |
MAX6641AUB92+T |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 247 |
MAX6641AUB94+ |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 248 |
MAX6641AUB94+T |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 249 |
MAX6641AUB96+ |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 250 |
MAX6641AUB96+T |
SMBus-Compatible Temperature Monitor with Automatic PWM Fan-Speed Controller |
MAXIM - Dallas Semiconductor |
| 251 |
NKS. |
Fusible Type Metal Film Resistors, Fusible resistor for constant current designed for overload protection, Flame retardant coating, Defined switch-off behavior |
Vishay |
| 252 |
NMA....SI |
Fusible Type Metal Film Resistors, Fusible resistor for constant current designed for overload protection, Flame retardant coating, Defined switch-off behavior |
Vishay |
| 253 |
SKS |
Fusible Type Carbon Film Resistors, Fusible resistor for constant voltage designed for over load protection, Special construction opens the resistor at a specified overload, Non inflammable coating, Defined switch-off behavior |
Vishay |
| 254 |
SN74186 |
Families of Compatible TTL Circuits |
Texas Instruments |
| 255 |
SN74188 |
Families of Compatible TTL Circuits |
Texas Instruments |
| 256 |
T4258N |
AM/FM car radio receiver for a global reception concept with digital tuning and electronic filter adjustment, pin compatible to U4255BM |
Atmel |
| 257 |
TIM8228 |
54/74 Series of Compatible TTL Circuit |
Texas Instruments |
| 258 |
TLC548 |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 259 |
TLC548CD |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 260 |
TLC548CDG4 |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. 8-SOIC -40 to 85 |
Texas Instruments |
| 261 |
TLC548CDR |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 262 |
TLC548CP |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 263 |
TLC548CPE4 |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. 8-PDIP |
Texas Instruments |
| 264 |
TLC548ID |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 265 |
TLC548IDR |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 266 |
TLC548IP |
8-Bit, 45.5 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 267 |
TLC549 |
8-Bit, 40 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 268 |
TLC549CD |
8-Bit, 40 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| 269 |
TLC549CDG4 |
8-Bit, 40 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. 8-SOIC -40 to 85 |
Texas Instruments |
| 270 |
TLC549CDR |
8-Bit, 40 kSPS ADC Serial Out, Low Power, Compatible to TLC540/545/1540, Single Ch. |
Texas Instruments |
| | | |
