* Figure 1: Pin Assignment Example I/O Clock Frequency Combinations Using M1025-11-155.5200 or M1026-11-155.5200 Input Reference Clock (MHz) (M1025) (M1026) GND GND GND OP_IN nOP_OUT nVC VC OP_OUT nOP_IN 1 2 3 4 5 6 7 8 9 PLL Ratio (Pin Selectable) (M1025) (M1026) Output Clock (MHz) (Pin Selecta
M1025
ICST
366.45 KB
(m1025 / m1026) vcso based clock pll.
www.DataSheet4U.com
Integrated Circuit Systems, Inc.
Product Data Sheet
M1025/26
VCSO BASED CLOCK PLL WITH AUTOSWITCH
PIN ASSIGNMENT (9 x 9 mm SMT.
📁 Related Datasheet
M1022LC120 - Soft Recovery Diode
(IXYS)
Date:- 6 Jul, 2004 Data Sheet Issue:- 1
Soft Recovery Diode
Type M1022LC120 to M1022LC200
(Old Type No.: SM02-18CXC724)
Absolute Maximum Ratings
VR.
M1022LC140 - Soft Recovery Diode
(IXYS)
Date:- 6 Jul, 2004 Data Sheet Issue:- 1
Soft Recovery Diode
Type M1022LC120 to M1022LC200
(Old Type No.: SM02-18CXC724)
Absolute Maximum Ratings
VR.
M1022LC160 - Soft Recovery Diode
(IXYS)
Date:- 6 Jul, 2004 Data Sheet Issue:- 1
Soft Recovery Diode
Type M1022LC120 to M1022LC200
(Old Type No.: SM02-18CXC724)
Absolute Maximum Ratings
VR.
M1022LC180 - HIGH POWER FAST RECOVERY RECTIFIER
(PST)
Technical Data :
Page1 of 2
M1022LC180
- Soft Recovery Rectifier
1800 VRRM;
*********************************************************************.
M1022LC180 - Soft Recovery Diode
(IXYS)
Date:- 6 Jul, 2004 Data Sheet Issue:- 1
Soft Recovery Diode
Type M1022LC120 to M1022LC200
(Old Type No.: SM02-18CXC724)
Absolute Maximum Ratings
VR.
M1022LC200 - Soft Recovery Diode
(IXYS)
Date:- 6 Jul, 2004 Data Sheet Issue:- 1
Soft Recovery Diode
Type M1022LC120 to M1022LC200
(Old Type No.: SM02-18CXC724)
Absolute Maximum Ratings
VR.
M1024 - Remote Control Transmitter
(SGS-Ates Componenti)
~OS/MOS INTEGRATED CIRCUIT
1, ·---------------------------------------
~ .
:3O·CHANNEL REMOTE CONTROL TRANSMITTER
• LOW POWER DISSIPATION IN TRANSMIS.
M1024B5 - Remote Control Transmitter
(SGS-Ates Componenti)
~OS/MOS INTEGRATED CIRCUIT
1, ·---------------------------------------
~ .
:3O·CHANNEL REMOTE CONTROL TRANSMITTER
• LOW POWER DISSIPATION IN TRANSMIS.
