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Analog Devices ADSP-21488KSWZ-4B Dsp, 400MHZ, 1 Core, LQFP-EP

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Analog Devices ADSP-SC587BBCZ-4B Dsp, 450MHZ, CSPBGA-529, -40 to 125DEG C

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Analog Devices ADSP-BF703BBCZ-4 Dsp, 400MHZ, CSPBGA-184, -40 to 85DEG C

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Analog Devices ADSP-SC573BBCZ-4 Dsp, 450MHZ, CSPBGA-400, -40 to 85DEG C

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Analog Devices ADSP-21469KBCZ-4 Dsp, 450MHZ, 1 Core, CSPBGA-324

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Analog Devices 4017221 Aud Dsp, Codec, ADC/DAC, -40 to 85DEG C

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Analog Devices ADSP-21489BSWZ-4B Audio Processor, 400MHZ, 16I/O, Lqfp

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Analog Devices ADSP-21489KSWZ-4B Audio Processor, 400MHZ, 16I/O, Lqfp

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analog-devices-adsp-21489kswz-4b-audio-processor-400mhz-16i-o-lqfp

How to use this 8 way relay with a Raspberry Pi? 

1. Remove the Yellow Jumper between VCC and JD-VCC pins.

2. Connect an external 5V Power source to JD-VCC & GND: 

    External 5V power supply --> JD-VCC pin External Ground --> GND pin 

    *IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI 
     to crash and reboot due to sudden spikes in voltage while switching.

3. Connect the PI's GND & 3V3 pins to the Relay's GND & VCC pins respectively: 

    PI's 3v3 GPIO --> VCC pin PI's GND GPIO --> GND pin

 4. Connect PI's GPIO to Relay's IN1 ~ IN8 as needed: 

     [EXAMPLE] PI's GPIO 12 --> IN1 PI's GPIO 16 --> IN2 

     Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen 
     because it's easy to draw.

 Possible PI to Relay Wiring Configuration 

**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

<h3 class="md-block-header-three">8 Channel 5V Relay Module 2PH77506A</h3>How to use this 8 way relay with a Raspberry Pi? ** Guide sheet attached.1. Remove the Yellow Jumper between VCC and JD-VCC pins.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/JPAGvGGmdtnYwHkgSENpmC.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>2. Connect an external 5V Power source to JD-VCC &amp; GND: External 5V power supply --&gt; JD-VCC pin External Ground --&gt; GND pin *IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI to crash and reboot due to sudden spikes in voltage while switching.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/rxdOcQY~TF99AI76RGh_6Q.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>3. Connect the PI&#x27;s GND &amp; 3V3 pins to the Relay&#x27;s GND &amp; VCC pins respectively: PI&#x27;s 3v3 GPIO --&gt; VCC pin PI&#x27;s GND GPIO --&gt; GND pin<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/_A1myNDrhf_GxvoJqGcYVt.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure> 4. Connect PI&#x27;s GPIO to Relay&#x27;s IN1 ~ IN8 as needed: [EXAMPLE] PI&#x27;s GPIO 12 --&gt; IN1 PI&#x27;s GPIO 16 --&gt; IN2 Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen because it&#x27;s easy to draw.<figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/dmq7mQYY4Q9OmOmoRsD~ZD.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure> Possible PI to Relay Wiring Configuration <figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/p4F88BmQ7Wu6WyKSsr2WI7.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>What it looks like after wiring it up**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

<h3>8 Channel 5V Relay Module 2PH77506A</h3>
How to use this 8 way relay with a Raspberry Pi?&nbsp;
** Guide sheet attached.
1. Remove the Yellow Jumper between VCC and JD-VCC pins.

 <div class="img-ctnr">
 <amp-img 
 on="tap:bfvkc"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/JPAGvGGmdtnYwHkgSENpmC.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="bfvkc" 
 layout="nodisplay"></amp-image-lightbox>

 
2. Connect an external 5V Power source to JD-VCC &amp; GND:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;External 5V power supply --&gt; JD-VCC pin External Ground --&gt; GND pin&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;*IMPORTANT* Do not use the 5V power supply from the PI as switching relays can cause the PI 
 to crash and reboot due to sudden spikes in voltage while switching.

 <div class="img-ctnr">
 <amp-img 
 on="tap:altje"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/rxdOcQY~TF99AI76RGh_6Q.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="altje" 
 layout="nodisplay"></amp-image-lightbox>

 
3. Connect the PI's GND &amp; 3V3 pins to the Relay's GND &amp; VCC pins respectively:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;PI's 3v3 GPIO --&gt; VCC pin PI's GND GPIO --&gt; GND pin

 <div class="img-ctnr">
 <amp-img 
 on="tap:5ltvj"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/_A1myNDrhf_GxvoJqGcYVt.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="5ltvj" 
 layout="nodisplay"></amp-image-lightbox>

 
&nbsp;4. Connect PI's GPIO to Relay's IN1 ~ IN8 as needed:&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;[EXAMPLE] PI's GPIO 12 --&gt; IN1 PI's GPIO 16 --&gt; IN2&nbsp;
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Note: You may use any combination of GPIO to Relay IN{X}. This configuration was chosen 
 because it's easy to draw.

 <div class="img-ctnr">
 <amp-img 
 on="tap:11icp"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/dmq7mQYY4Q9OmOmoRsD~ZD.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="11icp" 
 layout="nodisplay"></amp-image-lightbox>

 
&nbsp;Possible PI to Relay Wiring Configuration&nbsp;

 <div class="img-ctnr">
 <amp-img 
 on="tap:3ev26"
 tabindex="0"
 role="button"
 class="contain"
 layout="fill"
 src="https://storage.googleapis.com/eezee-product-images/p4F88BmQ7Wu6WyKSsr2WI7.png"
 ></amp-img>
 </div>
 
 <amp-image-lightbox 
 id="3ev26" 
 layout="nodisplay"></amp-image-lightbox>

 
What it looks like after wiring it up
**Disclaimer: Picture shown is for illustration purposes only, actual product may differ.

Eezee LnF

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8 Channel Dc 5V Relay Module for Arduino Raspberry Pi Dsp Avr Pic Arm

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8-channel-dc-5v-relay-module-for-arduino-raspberry-pi-dsp-avr-pic-arm

Technical Data Sheet (156.59KB) EN

Crystal Units

Fixed Resistors

Heat-Shrinkable Tube

Multicomp Pro MC08010000 Neon Lamp, Wire Ended, T1.1/4

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 The Cisco High-Density Packet Voice Digital Signal Processor Module (PVDM3) enables Cisco 2900 and 3900 Series Integrated Services Routers Generation 2 (ISR G2) to provide rich-media capabilities such as high-density voice video connectivity, conferencing, transcoding, transrating, and secure voice in Cisco Unified Communications Solutions. 

 Supported Model64-  Channel Voice and Video DSP Module 

The Cisco High-Density Packet Voice Digital Signal Processor Module (PVDM3) enables Cisco 2900 and 3900 Series Integrated Services Routers Generation 2 (ISR G2) to provide rich-media capabilities such as high-density voice video connectivity, conferencing, transcoding, transrating, and secure voice in Cisco Unified Communications Solutions. Supported Model64- Channel Voice and Video DSP Module

&nbsp;The Cisco High-Density Packet Voice Digital Signal Processor Module (PVDM3) enables Cisco 2900 and 3900 Series Integrated Services Routers Generation 2 (ISR G2) to provide rich-media capabilities such as high-density voice video connectivity, conferencing, transcoding, transrating, and secure voice in Cisco Unified Communications Solutions.&nbsp;
&nbsp;Supported Model64- Channel Voice and Video DSP Module&nbsp;

Calvin Wong

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Priyan

Cisco PVDM3-64=

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cisco-pvdm3-64

 The Snom D717 combines state-of-the-art technology, best voice quality and a clear design in one device - at an unbeatable price. This makes the Snom D717 the perfect entry-level device in the world of professional IP telephony.

Wideband hands-free talking (speakerphone)

Digital Signal Processor (DSP) enhanced audio quality

Power over Ethernet IEEE 802.3af, Class 2

The Snom D717 combines state-of-the-art technology, best voice quality and a clear design in one device - at an unbeatable price. This makes the Snom D717 the perfect entry-level device in the world of professional IP telephony.Features:<ul class="md-block-unordered-list-item"><li>High-resolution TFT display</li><li>Integrated light sensor</li><li>3 self-labelling function keys</li><li>Wideband hands-free talking (speakerphone)</li><li>Digital Signal Processor (DSP) enhanced audio quality</li><li>2-port Gigabit Ethernet switch (RJ45)</li><li>Power over Ethernet IEEE 802.3af, Class 2</li></ul>

&nbsp;The Snom D717 combines state-of-the-art technology, best voice quality and a clear design in one device - at an unbeatable price. This makes the Snom D717 the perfect entry-level device in the world of professional IP telephony.
Features:
<ul>
<li>High-resolution TFT display</li>
<li>Integrated light sensor</li>
<li>3 self-labelling function keys</li>
<li>Wideband hands-free talking (speakerphone)</li>
<li>Digital Signal Processor (DSP) enhanced audio quality</li>
<li>2-port Gigabit Ethernet switch (RJ45)</li>
<li>Power over Ethernet IEEE 802.3af, Class 2</li>
</ul>

Desk Voip Phone D717 Telephone SNM_D717_BL

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