This lithium wafer cell either solders directly to board or plugs into a socket. by Voltage 3.6

This lithium wafer cell either solders directly to board or plugs into a socket.

High energy, high reliability 3.6 volt power source.

Excellent memory backup power source.

Low self discharge rate gives this cell a 10 year shelf life.

Stable voltage and temperature range (-60? to +85?C).

Lithium wafer cell solders to board or plugs into a socket. by Voltage 3.6

Lithium wafer cell solders to board or plugs into a socket.

High energy, high reliability 3.6 volt power source.

Excellent memory backup power source.

Low self discharge rate gives this cell a 10 year shelf life.

Stable voltage and broad temperature range (-55? to +85?C).

Lithium wafer cell solders to board or plugs into a socket. by Voltage 3.6

Lithium wafer cell solders to board or plugs into a socket.

High energy, high reliability 3.6 volt power source.

Excellent memory backup power source.

Low self discharge rate gives this cell a 10 year shelf life.

Stable voltage and broad temperature range (-55? to +85?C).

by Voltage 3.6

Lithium Thionyl Chloride cell solders in or plugs into a socket.

High energy, high reliability 3.6 volt power source.

Maximum continuous current 1.0mA.

Low self discharge rate gives this cell a 10 year shelf life.

Stable voltage and broad temperature range (-40° to +85°C).

by Voltage 3.9

Lithium Bromine Chloride solders in or plugs into a socket.

High energy, high reliability 3.9 volt power source.

Maximum continuous current 10mA.

Low self discharge rate gives this cell a 10 year shelf life.

Stable voltage and broad temperature range (-55° to +85°C).