Motorola MD3 fiche technique

No.	Partie #	Fabricant	Description
1	MD3520	WON-TOP	35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 200nA MD3520, MD3524, MD3536 35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE Pb Anode + C Mechanical Data  Case: 13mm Motorola Type Press-Fit  Termina
2	MD35160	WON-TOP	35A HIGH VOLTAGE MOTOROLA TYPE PRESS-FIT DIODE  Glass Passivated Die Construction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA MD35160 35A HIGH VOLTAGE MOTOROLA TYPE PRESS-FIT DIODE Pb Anode + C Mechanical Data  Case: 13mm Motorola Type Press-Fit  Ter
3	MD3536	WON-TOP	35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 200nA MD3520, MD3524, MD3536 35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE Pb Anode + C Mechanical Data  Case: 13mm Motorola Type Press-Fit  Termina
4	MD3501	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
5	MD3504	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
6	MD3506	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
7	MD3524	WON-TOP	35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 200nA MD3520, MD3524, MD3536 35A AVALANCHE MOTOROLA TYPE PRESS-FIT DIODE Pb Anode + C Mechanical Data  Case: 13mm Motorola Type Press-Fit  Termina
8	MD3250F	Motorola	DUAL AMPLIFIER TRANSISTOR
9	MD3500	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
10	MD3502	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
11	MD3503	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
12	MD3505	WON-TOP	35A MOTOROLA TYPE PRESS-FIT DIODE  Diffused Junction  Low Leakage  Low Cost  High Surge Current Capability  Typical IR less than 5.0µA Mechanical Data  Case: 13mm Motorola Type Press-Fit  Terminals: Contact Areas Readily Solderable  Polarity: Cathode to Case (Reverse Units A
13	MD3409	Motorola Semiconductor	(MD3409 / MD3410) Dual Amplifier Transistors
14	MD3410	Motorola Semiconductor	(MD3409 / MD3410) Dual Amplifier Transistors
15	MD3250	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR
16	MD3251	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR
17	MD3250A	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR
18	MD3250AF	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR
19	MD3251A	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR
20	MD3251AF	Motorola	(MD3250 / MD3251) DUAL AMPLIFIER TRANSISTOR