Phone: +86-23-62920684

Fax: +86-23-62805284

www.sipatsaw.com / sawmkt@sipat.com

Tel: +86-23-62808818

Fax: +86-23-62808382

www.sipatsaw.com / sales@sipat.com

SIPAT

SIPAT

SIPAT

SIPAT Co.,

Co.,

Co.,

Co., Ltd.

Ltd.

Ltd.

Ltd.

( CETC No.26 Research Institute )

#14 Nanping Huayuan Road,

Chongqing, China, 400060

Part Number

LBS7907

Rev. Date

2013-12-20

Ver.

1.0

Page

1/3

China

Corporation

No.26

Institute

78.9MHz SAW Filter

1.4MHz Bandwidth

SIPAT

SIPAT

SIPAT

SIPAT

SIPAT

SIPAT

SIPAT

Co.,

Co.,

Co.,

Co.,

Co.,

Co.,

Ltd.

Ltd.

Ltd.

Ltd.

Ltd.

Ltd.

Ltd.

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

www.sipatsaw.com

Part

Part

Part

Part Number:

Number:

Number:

Number: LB

LB

LB

LBS7907

S7907

S7907

S7907

Features

�

For IF SAW filter

�

High attenuation

�

Single-ended operation

�

Dual In-line Package

�

RoHS compliant (2002/95/EC), Pb-free

Specifications

Parameter

Parameter

Parameter

Parameter

Unit

Unit

Unit

Unit

Minimum

Minimum

Minimum

Minimum

Typical

Typical

Typical

Typical

Maximum

Maximum

Maximum

Maximum

Center Frequency

MHz

78.8

78.9

79.0

Insertion Loss

dB

-

24.9

-

3dB Bandwidth

MHz

1.4

1.48

-

30dB Bandwidth

MHz

-

2.12

2.2

45dB Bandwidth

MHz

-

2.23

2.6

Passband Variation

dB

-

0.5

1.0

Absolute Delay

usec

-

3.06

-

Ultimate Rejection

(F0±5.7MHz)

dB

50

52

-

(F0±8.15MHz)

dB

52

53

-

Material Temperature coefficient

KHz/°C

-

0.07

-

Substrate Material

-

QZ

Ambient Temperature

°C

25

Operating Temperature Range

°C

-25

-

+85

Storage Temperature Range

°C

-45

-

+105

Input Power

dBm

-

-

10

ESD Class

-

1C

Package Size

DIP3512

(35.0x12.8x4.7)

Notes:

Notes:

Notes:

Notes:

1.

All specifications are based on the test circuit shown;

2.

In production, all specifications are measured by Agilent Network analyzer and full 2 port calibration at room

temperature;

3.

Electrical margin has been built into the design to account for the variations due to temperature drift and

manufacturing tolerances;

4.

This is the optimum impedance in order to achieve the performance show.