P113SD Search Results

Contextual Info: P113SD Series 1.8 V CMOS Clock Oscillators January 2005 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 3.3 V CMOS Clock Oscillators July 2007 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 3.3 V CMOS Clock Oscillators June 2005 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 1.8 V CMOS Clock Oscillators January 2006 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 5.0 V CMOS Clock Oscillators January 2005 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

P11 PLE

Contextual Info: P113SD Series 1.8 V CMOS Clock Oscillators June 2005 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 2.5 V CMOS Clock Oscillators July 2007 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 5.0 V CMOS Clock Oscillators July 2007 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 3.3 V CMOS Clock Oscillators January 2006 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 2.5 V CMOS Clock Oscillators January 2006 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 2.5 V CMOS Clock Oscillators June 2005 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 1.8 V CMOS Clock Oscillators July 2007 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 5.0 V CMOS Clock Oscillators January 2006 • Pletronics’ P113SD Series is a quartz crystal controlled precision square wave generator with a CMOS output. • The P113SD series will directly interface TTL devices also. • Greatly reduces RFI and EMI system sensitivity

Contextual Info: P113SD Series 5.0 V CMOS Clock Oscillators July 2007 • • • • • • NU • • • 70 to 107 MHz Full Size Thru-Hole DIP package Enable/Disable Function Disable function includes low standby power mode 3rd Overtone Crystals used Improved circuit to minimize oscillator issues