Caramelized Apples In Custard Sauce Recipes

Steps:

• Heat oven to 220C/fan 200C/gas 6. Roll the pastry on a lightly floured surface until just thicker than a £1 coin. Use to line a 23cm deep tart tin, allowing the spare pastry to hang over the edges. Line the tart with greaseproof paper and baking beans, then bake for 15 min until golden around the edges. Remove the beans and continue to cook for 5 mins until the base in golden brown. Remove the tart from the oven and leave to cool. Reduce the oven temperature to 160C/ fan 14C/gas 3.
• Meanwhile, tip the sugar into a large frying pan over a high heat. Cook the sugar until it dissolves, bubbles and caramelises. Carefully tip the apple wedges into the caramel and toss until coated. Splash in the brandy, if using, then cook the apples for 2-3 mins until just starting soften and the caramel has dissolved in the apple juices.
• Turn off the heat and remove the apples to a bowl. Pour the cream into the pan then, holding a sieve over the pan, strain in any juices from the apples. Gradually whisk the caramel sauce into the beaten yolks. Arrange the apples over the base of the tart, pour over the custard, then bake for 40 mins until the custard is just set. Leave the tart to cool, then use a knife to cut away the spare pastry and neaten the edges.

Steps:

• For caramel sauce:
• Bring sugar, cream, and butter to boil in heavy medium saucepan over medium-high heat, whisking constantly until sugar dissolves. Boil until caramel thickens enough to coat spoon thickly, whisking often, about 10 minutes. DO AHEAD Caramel sauce can be made 5 days ahead. Cover; chill. Whisk over low heat until warm before using.
• For crust:
• Blend flour, powdered sugar, and salt in processor. Add butter and blend until coarse meal forms. Add egg yolks. Pulse until moist clumps form. Gather dough into ball; flatten into disk. Wrap and chill at least 1 hour. DO AHEAD Dough for tart crust can be made 1 day ahead. Keep chilled.
• For filling:
• Whisk first 4 ingredients in large bowl to blend. Add apples and toss until evenly coated.
• Preheat oven to 375°F. Roll out dough on lightly floured surface to 13-inch round. Transfer to 9-inch-diameter tart pan with removable bottom. Cut overhang even with top of pan sides. Press sides of dough to bring 1/4 inch above sides of pan. Arrange apple quarters, cut side down, in circle around outer edge of pan, fitting snugly. Cut remaining apple quarters lengthwise in half; stand in center of tart, fitting snugly.
• Bake tart until apples are tender, about 1 hour 15 minutes. Remove tart from oven; brush with some of caramel sauce. Cool tart to room temperature. Rewarm remaining caramel sauce. Drizzle tart lightly with sauce. Serve, passing remaining sauce separately.

Steps:

• In a blender, combine the walnuts, raisins and sugar; cover and process until blended. Stir in butter; set aside. Core apples and remove enough pulp to leave a 1-in. shell. Fill each apple with about 1/4 cup nut mixture. , Place in a greased shallow 3-qt. baking dish. Pour water around apples. Bake, uncovered, at 375° for 50-60 minutes or until tender. , Meanwhile, for custard sauce, combine the sugar, flour and salt in a saucepan. Gradually stir in milk and cream until smooth. Bring to a boil over medium heat; cook and stir for 2 minutes or until thickened. Remove from the heat. Stir a small amount of hot milk mixture into egg yolks; return all to the pan, stirring constantly. Bring to a gentle boil; cook and stir for 2 minutes. Remove from the heat; stir in vanilla. Cool. Serve with warm apples. Refrigerate leftovers.

Steps:

• In a large bowl, toss all the apples with lemon juice, and set aside.
• Melt butter in a large skillet set over medium-high heat. Sprinkle sugar over melted butter; cook until sugar begins to brown. Add apples; cook until they turn golden brown, about 8 minutes. Stir in cinnamon and salt; remove skillet from heat.
• Place apple mixture in the bowl of a food processor; process until smooth. Store in an airtight container, refrigerated, up to 3 days. Serve warm or at room temperature.