Applications Engineer

Manuel Carmona

Phone: 805-389-1166 ext 1541

Email: mcarmona@johansontechnology.com

Visit

products, detailed specifications, and to download S-parameter files.

Johanson Technology

4001 Calle Tecate

Camarillo, CA 93012 USA

Voice: 805-389-1166

Fax: 805-389-1821

Page 4 of 4

1 Aug 08

Product

JtI P/N

SPecS

SIze

APPlIcAtIoN commeNtS

Band Pass Filter

2600BP14M0200

Frequency (MHz)

2300 - 2700

Case 14-2

L= 0.063

(1.60)

W=0.031

(0.80)

T= 0.022

(0.55)

New WiMAX 2.5 GHz BPF in EIA 0603 profile.

(T = 0.55 mm nom). Excellent attenuation

performance over entire band of operation

Insertion Loss (max)

2.2 dB @ 25 dB

2.5 dB @ -40 - 85 dB

Attenuation (min)

30 @ 806 - 915MHz

30 @ 1710 - 1785MHz

30 @ 1850 - 1910MHz

30 @ 1920 - 1980MHz

13 @ 3300 - 3900MHz

20 @ 4900 - 5900MHz

Return Loss (min)

9.5 dB

Band Pass Filter

3600BP14M600

Frequency (MHz)

3300 - 3700

Case 14-2

L= 0.063

(1.60)

W=0.031

(0.80)

T= 0.022

(0.55)

New WiMAX 3.5 GHz BPF in EIA 0603 profile.

(T = 0.55 mm nom). Excellent I.L and attenuation

performance.

Insertion Loss (max)

1.8 dB @ 25 dB

2.0 dB @ -40 - 85 dB

Attenuation (min)

30 @ 806 - 915MHz

30 @ 1710 - 1785MHz

30 @ 1850 - 1910MHz

30 @ 1920 - 1980MHz

31 @ 2400 - 2500MHz

18 @ 4900 - 5900MHz

Return Loss (min)

12 dB

Band Pass Filter

3600BP15M600

Frequency (MHz)

3300 - 3900 (Prelim)

Case 15-3B

L= 0.079

(2.00)

W=0.049

(1.25)

T= 0.026

(0.65)

New WiMAX 3.3/3.9 Ghz Band Pass Filter in EIA

0805 profile. Good I.L, R.L performance over band

of operation.

Insertion Loss (max)

1.8 dB (Prelim)

Attenuation (min)

15 dB @ 100 - 2600 MHz (Prelim)

9 dB @ 4400 MHz (Prelim)

20 dB @ 6000 - 9900 MHz (Prelim)

Return Loss (min)

9.5 dB (Prelim)

Low Pass Filter

3550LP14A300

Frequency (MHz)

3400 - 3700

Case 14-1

L= 0.063

(1.60)

W=0.031

(0.80)

T= 0.024

(0.60)

3.5 GHz Low Pass Filter for WiMAX 3.5 GHz in

an EIA 0603 profile. Excellent I.L, R.L & harmonic

rejection performance throughout entire band of

operation.

Insertion Loss (max)

0.65 dB

Attenuation (min)

25 dB @ 2xFo

25 dB @ 3xFo

Return Loss (min)

14 dB