JAJSSA9 データシート

JAJSSA9 November 2023 DAC61401 , DAC81401

PRODUCTION DATA

パッケージ・オプション

メカニカル・データ（パッケージ｜ピン）

PW|20
- MPDS362A

サーマルパッド・メカニカル・データ

発注情報

jajssa9_oa

5.13 Typical Characteristics

at T_A = 25°C, V_DD = 5.0 V, IOV_DD = 1.8 V, external reference, unipolar ranges: AV_SS = 0 V and AV_DD ≥ V_MAX + 1.5 V for the DAC range, bipolar ranges: AV_SS ≤ V_MIN − 1.5 V and AV_DD ≥ V_MAX + 1.5 V for the DAC range, and DAC output unloaded (unless otherwise noted)

Figure 5-4 DAC81401 Relative Accuracy vs Digital Input Code
(Bipolar Outputs)

Figure 5-6 DAC81401 DNL vs Digital Input Code
(Bipolar Outputs)

Figure 5-8 DAC81401 TUE vs Digital Input Code
(Bipolar Outputs)

Figure 5-10 DAC61401 Relative Accuracy vs Digital Input Code
(Bipolar Outputs)

Figure 5-12 DAC61401 DNL vs Digital Input Code
(Bipolar Outputs)

Figure 5-14 DAC61401 TUE vs Digital Input Code
(Bipolar Outputs)

Figure 5-16 DAC81401 Relative Accuracy vs Temperature

Figure 5-18 DAC61401 Relative Accuracy vs Temperature

Figure 5-20 TUE vs Temperature

Figure 5-22 Unipolar Zero Code Error vs Temperature

Figure 5-24 Bipolar Zero Error vs Temperature

Figure 5-26 Full-Scale Error vs Temperature

Figure 5-28 Supply Current (I_AVDD, I_AVSS)
vs Digital Input Code

DAC range = ±20 V

Figure 5-30 Supply Current vs Temperature

Figure 5-32 Headroom and Footroom From Supply
vs Output Current

DAC range = ±10 V

Figure 5-34 Full-Scale Settling Time, Rising Edge

DAC range = ±20 V

Figure 5-36 DAC Output Enable Glitch

DAC range = ±10 V

Figure 5-38 Glitch Impulse, 1-LSB Step,
Falling Edge

Figure 5-40 Power-Down Response

DAC range= 0 V to 5 V	midscale code

Figure 5-42 DAC Output Noise

Figure 5-44 Internal Reference Voltage
vs Supply Voltage

Figure 5-46 Internal Reference Noise Density vs Frequency

Figure 5-48 Internal Reference Temperature Drift Histogram

Figure 5-5 DAC81401 Relative Accuracy vs Digital Input Code
(Unipolar Outputs)

Figure 5-7 DAC81401 DNL vs Digital Input Code
(Unipolar Outputs)

Figure 5-9 DAC81401 TUE vs Digital Input Code
(Unipolar Outputs)

Figure 5-11 DAC61401 Relative Accuracy vs Digital Input Code
(Unipolar Outputs)

Figure 5-13 DAC61401 DNL vs Digital Input Code
(Unipolar Outputs)

Figure 5-15 DAC61401 TUE vs Digital Input Code
(Unipolar Outputs)

Figure 5-17 DAC81401 DNL vs Temperature

Figure 5-19 DAC61401 DNL vs Temperature

Figure 5-21 Unipolar Offset Error vs Temperature

Figure 5-23 Bipolar Zero Code Error vs Temperature

Figure 5-25 Gain Error vs Temperature

Figure 5-27 Supply Current (I_VDD)
vs Digital Input Code

Figure 5-29 Supply Current (I_IOVDD)
vs Supply Voltage

DAC range = ±20 V

Figure 5-31 Power-Down Current vs Temperature

Figure 5-33 Source and Sink Capability

DAC range = ±10 V

Figure 5-35 Full-Scale Settling Time, Falling Edge

DAC range = ±10 V

Figure 5-37 Glitch Impulse, 1-LSB Step,
Rising Edge

Figure 5-39 Power-Up Response

DAC range= 0 V to 5 V	midscale code

Figure 5-41 DAC Output Noise Density vs Frequency

Figure 5-43 Internal Reference Voltage vs Temperature

Figure 5-45 Internal Reference Voltage vs Time

Figure 5-47 Internal Reference Noise

V_OUT = 0 V (DAC code at midscale), output unloaded,
AV_DD = 10 V, AV_SS = –10 V, V_DD = 5 V,
supply noise V_PP = 0.2 V

Figure 5-49 AC Power Supply Rejection Ratio (PSSR-AC)