1419  
					Vishay Foil Resistors  
					Bulk Metal® Foil Technology  
					10 Pin Transistor Outline Hermetic Resistor Network  
					The ten pin TO-5 package, with a 0.230" pin circle is the most  
					accommodating of the TO-5 series of networks. It has the  
					largest R capacity of the smaller TO series. This network can  
					contain up to 12 V5X5 resistor chips.  
					Review data sheet “7 Technical Reasons to Specify Bulk  
					®
					Metal Foil Resistor Networks.”  
					Product may not  
					be to scale  
					ORDERING INFORMATION - 1419 PARTS  
					Networks are built to your requirements. Send your schematic  
					and electrical requirements to the Applications Engineering  
					Department. (See data sheet “Network Worksheet.”) A unique  
					part number will be assigned which defines all aspects of your  
					network.  
					FIGURE 1 - STANDARD DIMENSIONS in inches (millimeters)  
					0.305 –0.335  
					(7.75 –8.51)  
					VISHAY  
					CHIP  
					MAXIMUM POWER RATING  
					MODEL NUMBER  
					CAPACITY  
					(WATTS) @ +70°C  
					0.200  
					(5.08)  
					(VIEWED FROM BOTTOM)  
					MAXIMUM  
					V15X5 - 3 chips  
					V5X5 - 12 chips  
					0.230  
					(5.84)  
					TYPICAL  
					1419  
					0.4 Watt  
					0.500  
					(12.7)  
					MINIMUM  
					5
					4
					NOTE:  
					3
					6
					7
					8
					DIAMETER  
					10 LEADS  
					1. These networks utilize Vishay Bulk Metal® Foil resistor  
					chips V5X5 and V15X5 or VTF15X5 Thin Film chips.  
					0.350 –0.370  
					(8.89 –9.39)  
					2
					0.016 –0.019  
					(0.41 –0.48)  
					2. The V5X5 and V15X5 chips have maximum resistance  
					values of 10K and 33K respectively in Bulk Metal® Foil  
					and 500K in VTF15X5 Thin Film chips.  
					1
					9
					10  
					36˚ EQUALLY SPACED  
					3. The V5X5 and V15X5 chip(s) can be intermixed in a  
					package.  
					0.028 –0.034  
					(0.71 –0.86)  
					0.030 –0.037  
					(0.76 –0.93)  
					FIGURE 2 - SAMPLE CIRCUIT DESIGNS AND CHIP LAYOUTS  
					NOTE: Usable area is represented by dotted lines— a rectangle 0.150 Inches x 0.200 Inches. Illustrations not to scale. Chips shown  
					undersize for clarity. Drawing view is from the top looking down into the package.  
					SPECIAL ARRANGEMENT ACCOMMODATED  
					4
					OUTPUT  
					BY REMOVING 2 PINS INTERNALLY  
					5
					6
					4
					3
					2
					1
					4
					3
					R1  
					R2  
					R3  
					R4  
					5
					3
					7
					1/2  
					R4  
					1/2 R4  
					R1  
					R2  
					R3  
					R4  
					2
					6
					1/2  
					R2  
					R7 R5 R3 R1  
					R8 R6 R4 R2  
					9
					10  
					R5  
					R3  
					R1  
					2
					1
					8
					1/2 R6  
					5
					6
					7
					8
					1
					1/2 R2  
					1/2 R6  
					1/2 R8  
					7
					10  
					9
					1/2  
					R8  
					R7  
					SHIFT DOWN WEIGHTED LADDER, 1 DECADE  
					2
					8
					3
					1
					10  
					9
					2R1  
					4
					R2  
					7.5R  
					8R  
					10  
					9
					1/2  
					R3  
					1
					8
					1/2  
					R3  
					R3 = R5 = R7 = "R"  
					R1 = R2 = R4 = R6 = R8 = " 2R"  
					Use as an accuracy extender:  
					Connect Pin No. 1 to output of ladder to be extended  
					(Pin No. 10 open)  
					2R1  
					R
					2R  
					4R  
					1/2  
					R5  
					1/2 R3  
					1/4  
					R4  
					1/4 R4  
					1/4 R4  
					1/4  
					R4  
					5
					3
					2
					9
					7
					Use as a 4 Bit, self-contained ladder:  
					Ground Pin No. 10 (Pin No. 1 open)  
					R1=R, R2=2R, R3=4R, R4=8R, R5=7.5R  
					6
					8
					7
					SALES  
					• ISRAEL: foilsales.israel@vishay.com  
					• ASIA/JAPAN: foilsales.asia@vishay.com • UK/HOLLAND/SCANDINAVIA: foilsales.eunorth@vishay.com • GERMANY/CZECH REPUBLIC/AUSTRIA: foilsales.eucentral@vishay.com  
					• FRANCE/SWITZERLAND/SOUTHERN EUROPE: foilsales.eusouth@vishay.com  
					• AMERICAS: foilsales.usa@vishay.com  
					For technical questions in the Americas, contact foilsupport1@vishay.com  
					For technical questions in Asia/Japan/Europe/Africa/Israel, contact foilsupport2@vishay.com  
					Document Number: 63041  
					Revision 08-Mar-05  
					www.vishay.com  
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