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Littelfuse/Commercial Vehicle Products

Series	Category	# Parts	Status	Description

Part	Spec A	Spec B	Spec C	Spec D	Description

Standalone parts(20309)

...

Part	Category	Description
Littelfuse/Commercial Vehicle Products DRR-DTH-Q2167-2Obsolete	Switches	SWITCH REED CUSTOM
Littelfuse/Commercial Vehicle Products CR101J25S215QF	Switches	ROCKER SWITCHES
Littelfuse/Commercial Vehicle Products 0HEV040.ZXPCBLObsolete	Circuit Protection	FUSE - HEV LC 425VDC 40A, PCB 3.9MM TERM/ BULK
Littelfuse/Commercial Vehicle Products 7301MPD9AV2QE	Switches	SWITCH TOGGLE 3PDT 5A 120V
Littelfuse/Commercial Vehicle Products C115371-6651	Connectors Interconnects	LINEAR IC'S
Littelfuse/Commercial Vehicle Products V150LS20CPX360	Circuit Protection	VARISTOR, 243V, 215J, THROUGH HOLE MOUNT, RADIAL LEADED, HALOGEN FREE AND ROHS COMPLIANT
Littelfuse/Commercial Vehicle Products 7201K9ALEObsolete	Switches	SWITCH TOGGLE DPDT 5A 120V
Littelfuse/Commercial Vehicle Products LSRK04.5TXID	Circuit Protection	FUS 600V T/D CLS RK1 4-1/2A INDICATOR P
Littelfuse/Commercial Vehicle Products C115370-5031	Connectors Interconnects	LINEAR IC'S
Littelfuse/Commercial Vehicle Products TMOV14RP550M	Circuit Protection	THERMALLY PROTECTED VARISTOR 14MM ROHS/ BULK

Series	Category	# Parts	Status	Description

CR3203ABSiBOD 3 CHIP TO220 - T0220-3203B CR LOGO	Transient Voltage Suppressors (TVS)	1	Obsolete	This product OBSOLETE and has been replaced by the pxxx2a_ and pxxx3a_ Series TO-220 two-chip SIDACtor® devices. Please consult Littelfuse application engineering and datasheets for more information.
CR3500SASiBOD SURFMT DO214AA - DO214AA BOD 320V	Thyristors	1	Obsolete	THIS PRODUCT IS OBSOLETE
CR3602ACSiBOD 2 CHIP TO220 - T0220-3602C CR LOGO	Transient Voltage Suppressors (TVS)	2	Obsolete	This product OBSOLETE and has been replaced by the pxxx2a_ and pxxx3a_ Series TO-220 two-chip SIDACtor® devices. Please consult Littelfuse application engineering and datasheets for more information.
CR4202ACSiBOD 2 CHIP TO220 - T0220-4202C CR LOGO	TVS Diodes	1	Obsolete	This product OBSOLETE and has been replaced by the pxxx2a_ and pxxx3a_ Series TO-220 two-chip SIDACtor® devices. Please consult Littelfuse application engineering and datasheets for more information.
CR4802ACSiBOD 2 CHIP TO220 - T0220-4802C CR LOGO	Transient Voltage Suppressors (TVS)	1	Obsolete	This product OBSOLETE and has been replaced by the pxxx2a_ and pxxx3a_ Series TO-220 two-chip SIDACtor® devices. Please consult Littelfuse application engineering and datasheets for more information.
CT-0050-D10CT 50:5 1" WINDOW DONUT	Transformers	1	Active	The CT Series combines a delay-on-make and delay-on-break time delay into one unit and may be used to control fan delays in heating and/or cooling equipment. The CT includes bypass circuitry to allow it to operate with cooling anticipators ≥ 3000 ohms. It is designed to operate in 24VAC control circuits. Several CT modules may be combined to provide sequencing of any number of loads and sequencing off of the same loads, such as electric heating elements. Operation (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal.
CT-0150-F10150:5 CT/ 1 IN. WINDOW/ FOOTED	Current Sense Transformers	1	Active	The CT Series combines a delay-on-make and delay-on-break time delay into one unit and may be used to control fan delays in heating and/or cooling equipment. The CT includes bypass circuitry to allow it to operate with cooling anticipators ≥ 3000 ohms. It is designed to operate in 24VAC control circuits. Several CT modules may be combined to provide sequencing of any number of loads and sequencing off of the same loads, such as electric heating elements. Operation (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal.
CT-0150-F20150:5 CT/ 2 IN. WINDOW/ FOOTED	Current Sense Transformers	1	Active	The CT Series combines a delay-on-make and delay-on-break time delay into one unit and may be used to control fan delays in heating and/or cooling equipment. The CT includes bypass circuitry to allow it to operate with cooling anticipators ≥ 3000 ohms. It is designed to operate in 24VAC control circuits. Several CT modules may be combined to provide sequencing of any number of loads and sequencing off of the same loads, such as electric heating elements. Operation (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal.
CT-0200-D10200:5 CT/ 1 IN. WINDOW/ DONUT	Transformers	1	Active	The CT Series combines a delay-on-make and delay-on-break time delay into one unit and may be used to control fan delays in heating and/or cooling equipment. The CT includes bypass circuitry to allow it to operate with cooling anticipators ≥ 3000 ohms. It is designed to operate in 24VAC control circuits. Several CT modules may be combined to provide sequencing of any number of loads and sequencing off of the same loads, such as electric heating elements. Operation (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal.
CT-0200-D20200:5 CT/ 2 IN. WINDOW/ DONUT	Transformers	1	Active	The CT Series combines a delay-on-make and delay-on-break time delay into one unit and may be used to control fan delays in heating and/or cooling equipment. The CT includes bypass circuitry to allow it to operate with cooling anticipators ≥ 3000 ohms. It is designed to operate in 24VAC control circuits. Several CT modules may be combined to provide sequencing of any number of loads and sequencing off of the same loads, such as electric heating elements. Operation (Delay-on-Make/Delay-on-Break) Forced Air Heating or Air Conditioning (as shown): When the thermostat closes, the compressor relay is immediately energized. At the end of a fixed delay-on-make delay (T1), the fan relay is energized. When the thermostat opens, the compressor relay is de-energized and the delay-on-break delay is initiated. On completion of the fixed delay-on- break delay (T2) the fan relay is de-energized. If the thermostat is reclosed during the delay-on-break delay, the delay-on-break delay is reset and the fan relay remains energized. If the thermostat is closed when input voltage is applied, the delay-on-make delay (T1) begins as normal.