ABX00 Search Results

max5210

Contextual Info: Preliminary ABX0027F Low Power 5 Output XO 10MHz to 52MHz PIN ASSIGNMENT FEATURES Generates 5 CMOS outputs. 10 to 52MHz fundamental or 3 rd OT crystal input. Low phase noise -130 dBc @ 10kHz offset . Low jitter (RMS): 2.5ps period jitter. 12mA drive capability at TTL output.

ABX0027T

Abstract: ABX0037T 27-ti 37Ti sct 380 04
Contextual Info: Preliminary ABX0027T/37T Low Power 3 Outputs XO 10MHz to 52MHz PIN ASSIGNMENT FEATURES • • XIN/FIN 1 OE^ 2 CLK1 3 GND 4 ABX00x7T • • • • • • 3 CMOS outputs with OE tri-state control Low current consumption: ABX0027T: <4.5mA @ 27MHz with standard

ABX0027B

Contextual Info: ABX0027B Ultra Low Current XO 10 MHz to 52 MHz FEATURES • • • • • • • • PIN ASSIGNMENT PACKAGE Low phase noise (-145 dBc @ 10kHz offset). CMOS output with OE tri-state control. Ultra Low current consumption ( <2mA, at 27MHz, 3.3V) 10 to 52MHz fundamental or 3 rd OT crystal input.

ABX0027B

Contextual Info: ABX0027B Ultra Low Current XO 10 MHz to 52 MHz FEATURES • • • • • • • • PIN ASSIGNMENT PACKAGE Low phase noise (-145 dBc @ 10kHz offset). CMOS output with OE tri-state control. Ultra Low current consumption ( <2mA, at 27MHz, 3.3V) 10 to 52MHz fundamental or 3 rd OT crystal input.

Contextual Info: Preliminary ABX0027M Dual XO with 4 CMOS Outputs 10MHz to 52MHz FEATURES • Generates 4 CMOS outputs from 2 crystal inputs • XIN1- Accepts a 10 to 52MHz crystal input and generates 1 CMOS output at the same frequency. • XIN2- Accepts a 10 to 52MHz crystal input

Contextual Info: ABX0027B Ultra Low Current XO 10 MHz to 52 MHz FEATURES • • • Low phase noise -145 dBc @ 10kHz offset . CMOS output with OE tri-state control. Ultra Low current consumption ( <2mA, at 27MHz, 3.3V) 10 to 52MHz fundamental or 3 rd OT crystal input. 12mA drive capability at TTL output.

optocoupler H11A

Abstract: optocoupler H11B H11d optocoupler il420 MCT6 opto h11c optocoupler 4n35 optocoupler AAB1 lh1502 AB LH1546
Contextual Info: Optocoupler Option 1 Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be ensured by protective circuits.

optocoupler H11A

Abstract: optocoupler H11AA1 H11AA1 and similar H11d optocoupler optocoupler H11A datasheet 4N35 application note OPTOCOUPLER 4n35 datasheet LH1546 MCT6 opto MCT2 surface mount
Contextual Info: Optocoupler Option 1 Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be ensured by protective circuits.

optocoupler H11A

Abstract: Quarz 4 MHz 4N25 AAB1 il420 lh1502 AB IL300-D H11d optocoupler LH1547 pc 890
Contextual Info: Optocoupler Option 1 Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be ensured by protective circuits.

pc 890

Abstract: LH1546 optocoupler H11A
Contextual Info: Optocoupler Options Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be ensured by protective circuits.

MOC8021

Abstract: LH15143
Contextual Info: Optocoupler Option 1 Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be ensured by protective circuits.

H11AA1 and similar

Abstract: lh1262 lh1502 AB H11B1 optocoupler H11c LH1485
Contextual Info: VISHAY Vishay Semiconductors Options Option 1 Optocouplers for Safe Electrical Insulation per DIN VDE 0884* These optocouplers are suitable for safe electrical insulation only within the safety maximum ratings. Compliance with the safety maximum ratings must be