VPR247Z

Features: • Rapid R Stabilization under transient loads (see Figure 1)• Tenfold improvement of Wattage Coefficient of Resistanc (WCR): 4 ppm/W (see Figure 2)• Low Temperature Coefficient of Resistance: (see Figure 3 and Table 2)• Thermal Resistance: 6 /W• Power Rating...

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SeekIC No. : 004542713 Detail

VPR247Z: Features: • Rapid R Stabilization under transient loads (see Figure 1)• Tenfold improvement of Wattage Coefficient of Resistanc (WCR): 4 ppm/W (see Figure 2)• Low Temperature Coeff...

floor Price/Ceiling Price

Part Number:
VPR247Z
Supply Ability:
5000

Price Break

  • Qty
  • 1~5000
  • Unit Price
  • Negotiable
  • Processing time
  • 15 Days
Total Cost: $ 0.00

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Upload time: 2024/11/20

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Product Details

Description



Features:

• Rapid R Stabilization under transient loads (see Figure 1)
• Tenfold improvement of Wattage Coefficient of Resistanc (WCR): 4 ppm/W (see Figure 2)
• Low Temperature Coefficient of Resistance: (see Figure 3 and Table 2)
• Thermal Resistance: 6 /W
• Power Rating: 10 watts on heat sink1) at + 25 (see Table 2)
   3 watts in free air at + 25 (see Table 2)
• Load Life Stability:
   ± 0.05 % Max R, 10 W on heat sink at + 25 , 2000 hours
   ± 0.01 % Max R, 3 W on heat sink at + 25 , 2000 hours
   ± 0.05 % Max R, 3 W in free air at + 25 , 2000 hours
• Current Noise: < 0.01 V(RMS)/volt of applied voltage
• Thermal EMF: 0.1 V/ maximum, 0.05 V/ typical
• Non-Inductive design



Description

Rapid R stabilization under transient loads, low wattage coefficient (WCR), and low temperature coefficient (TCR) are features of this new Z Based Bulk Metal® Foil series of Current Sense Resistors.The  VHP4Z and VPR247Z  series should be selected where rapid .R stabilization and resistance stability under transient power conditions is required. These  VHP4Z and VPR247Z  products achieve optimum performance when mounted on a chassis or cooled heat sink. The Z Based Technology provides extremely low WCR under defined conditions (see Figure 1 and Figure 2). The low absolute TCR provided by the Z Based Technology ismeasured over the temperature range of - 55 to + 125 , + 25 reference (see Figure 3).

All of these  VHP4Z and VPR247Z  devices utilizing the Z Based Technology are provided with a true 4 terminal Kelvin connection. This is a must for current sensing when the R-value is less than 100 . The VHP4Z and VPR247Z types add the additional benefit of hermeticity. The welded construction and nitrogen backfill provide maximum protection against environmental stresses and insures long term stability. Typical applications for this new series includes electron beam circuitry, electron microscopes, fire control radar display systems, high speed video display, deflection amplifier circuits, constant current power supplies and forced balance electronic scales.




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