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Application
243.95MHz PHS 1st IF
Electrical Specification: (Table 1)
The device characteristics are measured in the circuit shown in Fig.1.
Table 1. Electrical Specifications
Item
Nominal Center Frequency (f0)
3dB Band Width
Insertion Loss at f0
Ripple
Group Delay Time Ripple
Out of Band Rejection
(Relative to Through Level)
Maximum Rating: (Table 2)
Table 2. Maximum Ratings
Item
Maximum Input Power
Operating Temperature Range
Storage Temperature
Mechanical Specifications: (Fig.2)
Package is designed as small as 3.0x3.0x1.15[mm
This part is electrostatic discharge sensitive and may be damaged by improper handling.
http://www.jrc.co.jp/jp/product/device/saw/index.html (Japanese)
http://www.jrc.co.jp/eng/product/saw/index.html (English)
JRC SAW FILTER
NSVS1123
f0±100kHz
f0±100kHz
f0±600kHz
f0±10.7MHz
f0±21.4MHz
Communications Equipment Division
Communications Equipment Marketing Department
10-1, Nishi-Shinjuku 6-chome, Shinjuku-ku,
Tokyo, 160-8328 Japan
Tel. +81 3-3348-3845
Fax. +81 3-3348-3935
Spec.
243.95MHz
260kHz min.
3.5dB max.
1.0dB max.
1.0us max.
-
25dB min.
40dB min.
60dB min.
(Operating Temperature Range: -10～+60℃)
Rating
+5dBm
-10~+60ºC
-40~+85ºC
3
] for SMD (Surface Mount Device) type.
NSVS1123 Jul. 2005
Typ.
-
-
3.0dB
0.40dB
0.40us
-
30dB
60dB
65dB
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Summary of Contents for JRC NSVS1123
- Page 1 NSVS1123 Jul. 2005 JRC SAW FILTER NSVS1123 Application 243.95MHz PHS 1st IF Electrical Specification: (Table 1) The device characteristics are measured in the circuit shown in Fig.1. Table 1. Electrical Specifications Item Spec. Typ. Nominal Center Frequency (f0) 243.95MHz 3dB Band Width 260kHz min.
- Page 2 NSVS1123 Jul. 2005 110nH 110nH S A W IN50 Ω 2.0pF 2.0pF Ω Fig.1 Measuring Circuit 3.00±0.15 ５ ７ １ Ｓ６ (R0.30) (□3.0) [4x] Marking (1) Lot Number (a) Year (b) Month *Oct.--- X (0.6) Nov.--- Y (R0.15) Dec.--- Z...
- Page 3 NSVS1123 Jul. 2005 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.
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