Analog Devices manuals, page 95
ANALOG DEVICES AN-0978 handbook
This document describes how to configure the ADV7401/ADV7403 CP core to process non-standard video formats. It includes information on how to select the appropriate PRIM_MODE[3:0]/VID_STD[3:0], program the latch clock, PLL_DIV_RATIO[11:0] and FR_LL[10:0].
ANALOG DEVICES AN-205 handbook
ANALOG DEVICES AN-213 handbook
ANALOG DEVICES AN-214 handbook
ANALOG DEVICES AN-297 handbook
ANALOG DEVICES AN-333 handbook (1)
ANALOG DEVICES AN-336A handbook
ANALOG DEVICES AN-342 handbook
This application note describes how to create and verify serial bus protocols using One Technology products.
ANALOG DEVICES AN-417 handbook
The movement towards lower power supply voltages is driven by the demand for reduced power consumption and fewer power supply voltages in systems. Lowering power supply voltages has advantages including lower power consumption, space savings, and potentially eliminating the need for cooling fans. However, transitioning from traditional power supply voltages of ±15 V and ±12 V to lower voltages like ±5 V and +5 V and +3.3 V requires circuit designers to understand that designing in this new environment is more than finding components that can operate at lower voltages. Lowering the power supply voltage of an op amp reduces the signal swings and the required headroom between the signal and the rail.
ANALOG DEVICES AN-562 handbook
This application note documents the filter specifications and detailed plots of the internal filters of the ADV7190/ ADV7191, ADV7192 and ADV7194 video encoders. All the above-mentioned devices provide two luma low-pass filters, two luma notch filters, an extended SSAF™ (Super Sub Alias Filter) luma low-pass filter, a luma CIF and a luma QCIF filter, five chroma low-pass filters, a Chroma CIF and a Chroma QCIF filter. The SSAF filter, as can be seen in Figure 5, provides a sharp stopband attenuation that enables studio quality video playback on modern TVs, giving optimal horizontal line resolution. Additionally, it is possible to change the response of the SSAF filter in the passband in using the programmable gain/attenuation feature or sharpness control as can be seen in Figures 6, 7 and 8. Overall, there are six programmable gain responses (Figure 7) and six programmable attenuation responses (Figure 8) in the range of –4 dB to +4 dB available. These responses can be programmed over the I2C® interface.
ANALOG DEVICES AN-649 handbook
This application note introduces Analog Devices' Active Filter Design Tool, which helps engineers design various all-pole active filters
ANALOG DEVICES AN-716 handbook
The main difference between the AD9887 and AD9887A is that the AD9887A adds HDCP-related features, such as HDCP key detection, HDCP address, HDCP slave port address, MDA/MCL three-state control, etc. In addition, the AD9887A has two additional control pins, which are used to control Pin 49 function (CTL3 or MCL) and MDA/MCL three-state control.
ANALOG DEVICES AN-731 handbook
AN-731 APPLICATION NOTE introduces AD9985's automatic offset calibration feature. AD9985 is a pin-for-pin replacement of the AD9883A that includes an automatic offset calibration feature. It can self-adjust to eliminate any offset errors in its own ADC channels as well as any offset errors present on the incoming graphics or video signals.
ANALOG DEVICES AN-776 APPLICATION NOTE handbook
This application note describes how to use the AD9981 to design a dual chip solution to achieve UXGA resolutions.
ANALOG DEVICES AN-794 APPLICATION NOTE handbook
This is an application note about AD9980, introducing the auto-offset function of AD9980