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NSVS616

New Japan Radio
Part Number NSVS616
Manufacturer New Japan Radio
Description SAW FILTER
Published Sep 27, 2016
Detailed Description NSVS616 Apr. 2013 NewJRC SAW FILTER NSVS616 Application 440MHz Low Power Transceiver Electrical Specification: (Table ...
Datasheet PDF File NSVS616 PDF File

NSVS616
NSVS616

Overview
NSVS616 Apr.
2013 NewJRC SAW FILTER NSVS616 Application 440MHz Low Power Transceiver Electrical Specification: (Table 1) The device characteristics are measured in the circuit shown in Fig.
1.
Table 1.
Electrical Specifications Item Spec.
Typ.
Input and Output Impedance 50Ω - Nominal Center Frequency (f0) 440MHz - Insertion Loss 439.
5~440.
5MHz 3.
0dB max.
1.
9dB Response Variation 439.
5~440.
5MHz 1.
5dB max.
0.
4dB Input and Output VSWR 439.
5~440.
5MHz 2.
5 max.
1.
2 Out of Band Rejection 418.
6MHz 50dB min.
64dB (Relative to Through Level) 461.
4MHz 45dB min.
53dB (Operating Temperature Range: -10~+60ºC) Maximum Rating: (Table 2) Table 2.
Maximum Ratings Item Maximum Input Power Maximum DC Voltage Operating Temperature Range Storage Temperature Rating +20dBm 7.
5V -10~+60ºC -20~+70ºC Mechanical Specifications: (Fig.
2) Package is designed as small as 3.
5x3.
5x1.
0[mm3] for SMD (Surface Mount Device) type.
Notice: This part is electrostatic discharge sensitive and may be damaged by improper handling.
http://www.
njr.
co.
jp/products/device/index.
html http://www.
njr.
com/products/device/index.
html (Japanese) (English) NSVS616 Apr.
2013 IN 50Ω 1 87 2 SAW 6 345 OUT 50Ω (a) (1) Fig.
1 Measuring circuit 3.
5±0.
2 (b) 3.
5±0.
2 J22 QH (2) 1.
0±0.
2 (3) (0.
95) 3 (0.
6) 2 4 (0.
8) [5x] 5 6 (1.
0) [2x] 17 8 Fig.
2 Package dimensions (in mm) 4.
3 0.
8 1.
3 [6x] (0.
6) [8x] Marking (1) Manufacture’s Mark (2) Lot Number (a) Year (b) Month *Oct.
--Nov.
--Dec.
--(3) Part number Mark X Y Z Pin no.
1 2 3 4 5 6 7 8 Connection GND IN/OUT GND GND GND OUT/IN GND GND (2.
54) (1.
27) 0.
8 [6x] 1.
27 4.
3 1.
27 Via-Hole(Φ 0.
3) Fig.
3 Desirable land area (in mm) NSVS616 Apr.
2013 Notice 1.
Use this component within operating temperature range.
It might not be satisfied with electrical specification without operating temperature range.
When it is used less than -10ºC or more than +60ºC, it might be a cause of degradation or destruction of the component.
Even if it endu...


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