loading...
3.0 x 3.0 x 1.4mm

GSRF TA2307A

3500MHz RF SAW Filter with 200MHz bandwidth


The ultra-miniature 3.0x3.0mm package of the TA2307A SAW filter makes this product ideal for applications where product-size is key. TA2307A is centred on frequency 3.5GHz and also has a passband bandwidth of 200MHz.
  • 3.5GHz
  • 200MHz bandwidth
  • Insertion loss of 5.0dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA2350A

3700MHz RF SAW Filter with 200MHz bandwidth


The TA2350A SAW filter features a passband bandwidth of 200MHz centred on frequency 3.7GHz The ultra-miniature 3.0x3.0mm package of the TA2350A makes this product ideal for applications where product-size is paramount.
  • 3.7GHz
  • 200MHz bandwidth
  • Insertion loss of 5.5dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA1923A

1587.1MHz RF SAW Filter with 55MHz bandwidth


The ultra-miniature 3.0x3.0mm package of the TA1923A SAW filter makes this product ideal for applications where product-size is paramount. TA1923A is centred on frequency 1.5871GHz and also features a passband bandwidth of 55MHz.

  • 1.5871GHz
  • 55MHz bandwidth
  • Insertion loss of 4.0dB
  • Ultra-miniature package
VIEW PRODUCT
3.0 x 3.0 x 1.4mm

GSRF TA1252A

1237MHz RF SAW Filter with 45MHz bandwidth


The TA1252A SAW filter features a passband bandwidth of 45MHz centred on frequency 1.237GHz The ultra-miniature 3.0x3.0mm package of the TA1252A makes this product ideal for size sensitive applications.
  • 1.237GHz
  • 45MHz bandwidth
  • Insertion loss of 3.5dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA1282B

2332.5MHz RF SAW Filter with 25MHz bandwidth


The ultra-miniature 3.0x3.0mm package of the TA1282B SAW filter makes this product ideal for applications where product-size is key. TA1282B is centred on frequency 2.3325GHz and also offers the engineer a narrow passband bandwidth of 25MHz.
  • 2.3325GHz
  • Narrow 25MHz bandwidth
  • Insertion loss of 3.2dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA2160A

1250MHz RF SAW Filter with 10MHz bandwidth


The ultra-miniature 3.0x3.0mm package of the TA2160A SAW filter makes this product ideal for applications where product-size is paramount. TA2160A is centred on frequency 1.25GHz and also offers the engineer a narrow passband bandwidth of 10MHz.
  • 1.25GHz
  • Narrow 10MHz bandwidth
  • Insertion loss of 3.5dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA0391C

1747.5MHz RF SAW Filter with 75MHz bandwidth


The TA0391C SAW filter offers the engineer a passband bandwidth of 75MHz centred on frequency 1.7475GHz The ultra-miniature 3.0x3.0mm package of the TA0391C makes this product ideal for size sensitive applications.
  • 1.7475GHz
  • 75MHz bandwidth
  • Insertion loss of 4.5dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA1893A

1802.5MHz RF SAW Filter with 95MHz bandwidth


The TA1893A SAW filter offers the engineer a passband bandwidth of 95MHz centred on frequency 1.8025GHz The ultra-miniature 3.0x3.0mm package of the TA1893A makes this product ideal for applications where product-size is paramount.
  • 1.8025GHz
  • 95MHz bandwidth
  • Insertion loss of 4.2dB
  • Ultra-miniature package
DOWNLOAD PDF
1.4 x 1.1 x 0.7mm

GSRF TA2156A

1176.45MHz RF SAW Filter with 20MHz bandwidth


The TA2156A SAW filter has a narrow passband bandwidth of 20MHz centred on frequency 1.17645GHz The ultra-miniature 1.4x1.1mm package of the TA2156A makes this product ideal for applications where product-size is paramount.
  • 1.17645GHz
  • Narrow 20MHz bandwidth
  • Insertion loss of 4.2dB
  • Ultra-miniature package
DOWNLOAD PDF
3.0 x 3.0 x 1.4mm

GSRF TA0676B

1592.5MHz RF SAW Filter with 43MHz bandwidth


The ultra-miniature 3.0x3.0mm package of the TA0676B SAW filter makes this product ideal for applications where product-size is paramount. TA0676B is centred on frequency 1.5925GHz and also features a passband bandwidth of 43MHz.
  • 1.5925GHz
  • 43MHz bandwidth
  • Insertion loss of 3.5dB
  • Ultra-miniature package
DOWNLOAD PDF